I’ve been on the motivational speaking circuit for over 10 years now. And throughout that period I’ve noticed that the demand for talks that explain how our brains work and how we can get more out of them only increases!

During the first 5 years the demand came mainly from the British mainland. I travelled the length and breadth of the country to speak at schools, science festivals and businesses. But since then I’ve been invited to speak all over central Europe, western Europe and the USA.

Talks in educational institutions used to be primarily aimed at students, helping them to understand how best to get their brains into gear as they prepared for examinations. Yet in more recent times this work has extended into promoting a brain-focused approach to improving well-being at all levels of education. In particular I’ve found it particularly rewarding to help teachers, lecturers and other support staff to understand what they can do, in practical terms, to help students develop greater resilience (i.e. to cope with stress without it spilling over into mental health issues).

Over the first few years, the keynote talks I gave across various industries tended to be focused on increasing productivity at all levels of the business by sharing practical tips (backed by scientific evidence) regarding everything the human brain needs to function at an optimal level. Increasingly these brain optimisation tips (or BOPs) are just used at the beginning and end of each talk, with the main, middle segment focused on a more specialist subject matter developed for the particular audience in question.

While the neuroscience of decision making and science of creativity have been two firm favourites for a decade, clients have increasingly been requesting talks on bespoke subject matters. For example, last year the National Trust asked me to do a talk about unconscious bias and empathy, THRIVE asked me to cover the neuroscience of meditation and run some mindfulness workshops, while Siemens and a couple of other major engineering firms working on huge infrastructure projects asked me to deliver the neuroscience of decision making talk with a specific focus on matters relevant to health and safety.

One utilities company in the north-west of England whose Health and Safety record is very nearly perfect even commissioned me to do some research on strategies that might help them promote better mental health throughout their organisation.

There is a huge amount of insight that neuroscience can provide on a wide variety of topics. It’s always satisfying to find that, in tailoring my talks to the specific needs of a client, I’m constantly stumbling upon new areas of neuroscience and psychology with which I wasn’t previously familiar. No matter what the organisation’s priorities have been in terms of what they want their staff to take away from my talk, a few days of digging around in the neuroscience literature ALWAYS yields some inspiration; shedding an interesting new perspective on virtually any topic.

Another interesting development has been that content from The Science of Sin – a book I wrote in 2018 that looked at modern neuroscience and psychological studies relevant to the concept of the seven deadly sins – has proven to be very useful in talks focused on improving well-being. Warner Brothers asked me to do a talk as a part of their well-being week and my whistle-stop tour of why our brains make us do the things we know we shouldn’t, stimulated a fantastic debate that extended well beyond the 10 mins of Q&A. It seems that everyone struggles to control one temptation or other (humans always have) and grasping the role of psychological pain in bringing out our worst behaviours was deemed as illuminating as understanding the techniques that can help to successfully reduce it in order to improve our self-discipline was deemed useful!

Here’s a list of some of the most popular, “classic” talks that I’m asked to return to again and again.

Talks For Business: Neuroscience of Decision Making

In the last few of years I’ve been working more and more with senior management teams across Europe to help them understand insights from neuroscience that are relevant to their specific business needs. For example, I helped one of Europe’s “Big Four” auditors win a highly lucrative new business contract by sharing with them my Neuroscience of Decision Making talk in the context of reverse engineering the pitch process in light of the flaws in how the human brain evaluates information when making important choices. By exploiting a large corpus of knowledge generated over the past decade or so from neuroeconomic investigations the realities of how risk, uncertainty and benefit are evaluated in the human brain can be explored in order to concoct strategies that improve the likelihood of developing a successful pitch.

Talks for Business: Neuroscience of Creativity

Since the first outing of my Neuroscience of Creativity talk in 2013 it has evolved into a half-day workshop experience. I’ve been rolling this Innovation Workshop out over the course of 2015 with various members of the Senior Leadership Team at one of the world’s biggest broadcasters by sharing with them everything that science has to offer in terms of techniques that work and those that sound good but ultimately don’t. By assisting them to create an environment that genuinely promotes innovative thinking right at the very top of the organisation and convincing them of the worth of approaches in an evidence-based fashion, the idea is to reduce resistance to some of the seemingly unorthodox strategies in order that they might be allowed to permeate freely throughout the rest of the company.

Sort Your Brain Out

Sadly many people proclaim that their busy lives simply leave no time to read books. Adrian Webster and I have turned our best-selling book Sort Your Brain Out into a live event. Since our first booking late last year we have been enjoying a steady increase in demand for our motivational speaking duet over the past few months and very much hope that this trend continues in the years to come. We are both represented by Gordon Poole Agency and our speaking agent James Poole is always on hand to discuss booking enquiries.

Talks for Schools

Over the years I’ve been invited to speak at many schools across the UK. The aim is usually to engage young learners, usually in the build up to their big exams, with an upbeat neuroscience narrative that brings to life what exactly is going on inside their brains as they learn. Once students grasp that all their efforts are leading directly to huge changes in the wiring of their brains, how memory works and adaptations that brains undertake to support new skills acquisition, motivation levels invariably rise.

I give them insights into straight-forward techniques to get brains working better: whether memorising information more thoroughly, managing exam stress more effectively and simply encouraging them to see school as the only viable way (currently) of sculpting young brains in preparation for dealing with whatever adult life might throw at them.

If you’d like me to do a talk for you, please don’t hesitate to get in touch.

What is Resilience?

There are more definitions for resilience than you could shake a stick at. Here we look at resilience from the context of an adolescent’s capacity to endure periods of intense stress without any long term negative impact on their mental health. Some brains are simply better able to weather the psychological duress of having to deal with the types of common childhood stresses known to leave kids vulnerable to mental health issues. These include poverty, neighbourhood violence, struggling schools and mental health problems of the parent(s). If you take a few moments to mull it over, it becomes obvious how these circumstances could leave children frazzled by an overwhelming burden of worry.

Here’s one perspective. If parents have no room for financial manoeuvre, only just managing to keep up with the bills week after week, then there won’t be any spare cash to help the kids to get their hands on the material goods that they covet; whether it’s clothing, toys or tech. Children from all walks of life can show a spiteful streak when it comes to giving hell to whichever kid happens to stick out in the playground for being different and there are many all too obvious signs of being poverty-stricken that may lead to being singled out. If the merciless teasing becomes relentless then it has the has the potential to become problematic. While the bullying aspect might seem like a relatively minor issue in the stress-inducing stakes compared to going to bed cold and hungry, but the child’s perception in these matters is everything. The social stigma attached to being less well off than everyone else can damage self-esteem, particularly when it’s the source of daily playground mockery.

If a kid is made to feel ashamed over and over again at school, for whatever reason, then chronically elevated stress levels can be potentially damaging to some of the critical processes of neurodevelopment. And as we shall discover below, brain pathways that connect frontal lobe regions with those on the inner surface of the cortex, appear to be particularly important in the resilient brain.

The other three sources of childhood stress could also be viewed as relentless, thereby having potential for impeding important neurodevelopmental processes: the ever-present threat of getting sucked into neighbourhood violence, the perpetual turmoil induced by a primary caregiver whose mental illness makes home life a living hell and schools in which teachers struggle to wrestle order from chaos – all can send levels of a child’s cortisol (one of the stress hormones) shooting up on a daily basis over extended periods of time.

Often there is little hope of making a meaningful impact on the external factors that conspire to send cortisol levels rocketing (poverty, parental mental illness etc) so the focus has shifted to trying to understanding the key factors involved in determining whether a child ends up with a resilient brain or not. Can interventions aimed at helping to build resilience in young people actually work? And what makes the critical difference in the makeup of brains that are able to endure high levels of stress without any long term complications and those brains that succumb?

 

Building Resilience

According to Harvard University’s Center on the Developing Child, resilience is built up over the course of childhood and involves four special ingredients. Two of these relate to a sense of meaningful attachment – close supportive relationships with specific adults and a broader range of looser connections that embed a child within a defined community. The last two components relate to the development of specific cognitive capacities that improve a young person’s well-being by making them feel both able and in control.

The first ingredient is supportive adult-child relationships. This might be a parent or relative, but it could also be a teacher, trainer, coach or anyone else that can be relied upon to provide support when it is needed. A person the child knows will take the time to listen to them, offer guidance and essentially help them to feel that they do not have to take on the trials and tribulations of life alone. The second ingredient is feeling a part of some kind of broader cultural tradition, one that might give the child a sense of hope and faith that transcends the mundane goals of normal, everyday activities. Usually groups that provide this are centred around one or other of the mainstream religions.

As I outlined in my latest book The Science of Sin, while science is great at identifying the critical factors that lead to good physical and mental health, it usually comes up short when finding fixes for the problem of social isolation. Being a part of a sports team or hobby group can provide a sense of being part of a community, but these options pale in comparison to traditions that provide an overarching philosophy on how to live a good life, a dedicated building in which to come together with other members of the community and a policy of encouraging acceptance of well-intentioned strangers. I don’t believe in God myself, but I have seen the capacity for people’s religions to give them a sense of hope and support in the face of inconquerable odds. For this reason I can see why the Harvard Institute on Child Health would have observed that helping children to connect with others from their traditional faith group can help them become more resilient.

One of the two cognitive facets that needs nurturing to build resilient brains is the development of self-efficacy: feeling able and in control. The other is the ability to adapt to change and self-regulate behaviour. This boils down to being able to maintain a sense of being in control, even when adjusting to changes that are beyond the child’s control. Learning to self-soothe – calming yourself down when emotions start running high – is a key component of this skill. Mindfulness meditation has been identified a great way to develop such skills. It has been implemented in schools struggling with poverty and violence with phenomenal outcomes in terms of improved attendance and scholarship (Read about a compelling example of this here).

 

What Does A Resilient Brain Look Like?

During the first decade of life various miraculous processes culminate in the reinforcement of one particularly important brain pathway in the corpus callosum – the huge bundle of brain wires that connects the left and right hemispheres of the brain. A recent study by Galinowski and colleages investigated the structural differences in the corpus callosum of adolescents who had all endured significant and prolonged life stresses, yet some were deemed at low risk of developing mental illnesses (resilient) whilst others were at a high risk of psychological complications (vulnerable). But before we get into that, some context…

Over the course of childhood our brains go through a series of vast and incredible changes. In the womb the outer cortex of every human foetus’s brain starts out as the tip of an extremely narrow and short tube. Over the course of the pregnancy, brain cells in this structure multiply at an astonishingly fast rate, migrating to form a six-layered sheet of densely interwoven brain wires (neurons) and a vast diversity of support cells (glia), eventually taking on its familiar, walnut-like, wrinkly, appearance by the time of birth. Having successfully made it’s way out of the womb and into the big wide world, the infant’s brain cell multiplication steps up a gear to achieve it’s full complement of 86 billion neurons by the age of five. From here on brain growth is mostly a case of making those neurons larger, developing the system of myelination whereby glial cells called oligodendrocytes apply a layer of electrical insulation to the brain wires to speed up the transmission of messages and each of those neurons make thousands of connections (synapses) with other neurons. MRI scans can track both of these processes with serial brain scans conducted at various stages of development – the progression of myelination can be observed by taking measure that correlate with white matter integrity and other measures can be used to track changes in the thickness of the surrounding grey matter. Interestingly, when a human brain reaches adolescence, rather than getting bigger and bigger, creating more and more synapses, the brain shifts gear .

During adolescence the outer cortex of the human brain doesn’t simply get thicker and thicker. More new synapses are being created as the teen increases their repertoire of skills and abilities, but that is not the only process that is taking place at this stage in neurodevelopment. The synapses connecting together brain areas involved in supporting the improvement of their language, thinking, movement, memory and reasoning skills ARE being selectively bolstered, reinforced with extra synaptic connections to make the communication between relevant brain areas more efficient. Yet another process is simultaneously underway across the whole brain which causes the outer cortex to become thinner, overall, during the teenage years and beyond. The countless unused brain pathways are trimmed away, while those that are being used on a regular basis are maintained. As the former process of “synaptic pruning” progresses at a much faster rate than the latter, the net result is a thinning of the cortex. The rate at which different parts of the brain go through this process of cortical maturation has been tracked by an incredible team of neuroscientists in Paul Thompson’s lab. The process seems to reach completion first in the sensory parts of the brain at the back and sides of the brain, and last in the parts of the frontal cortex supporting higher level cognitive functions.

Going back to the resilience study, Galinowski and colleagues observed that the integrity of the white matter tracts (NB neuronal brain wires wrapped in myelin are less dense than the outer cortex which is jammed full of synapses and cell bodies so it looks white in brain scans rather than grey) was higher in the front-most part of the corpus callosum in the brains of resilient adolescents versus vulnerable ones. When they ran tracer studies to see which brain areas were connected to each other by these particular information superhighways, the areas in question were frontal lobe regions involved in self-regulation and the anterior cingulate cortex; a brain area that should be familiar to anyone who’s read The Science Of Sin. The dorsal part of the ACC is known to be involved in the perception of physical and emotional pain specifically; and processing “conflict” more generally.

The upshot is that the critical pathways that were observed to have better integrity (NB better system of insulating myelin to facilitate information exchange) in the more resilient adolescents may well be instrumental in enabling the prefrontal cortex to consciously dampen feelings of psychological turmoil. Presumably when supportive adult-child relationships and connections with the community are fostered in the first 10 years of life, as well as the facilitation of development of self-efficacy and self-control, these are the critical pathways that are protected against the negative impact of chronic stress. Now that we know where to look in the brain for hallmarks of resilience, we should be able to get a better handle on the effectiveness of other interventions that aim to nurture the capacity to endure an excess of stress without incurring psychological damage in the long run. Watch this space…

The tradition of exercising freedom of speech down at Speakers’ Corner in London’s Hyde Park dates from 1196 when Tyburn Gallows were first erected nearby. Those condemned to hang from the neck until dead would be given the opportunity to speak to the gathered crowd before they met their maker. In 1872 this tradition was officially sanctioned by an act of parliament and of the hundreds of sites where speakers could get up on a soapbox and speak their minds freely, only Speakers’ Corner now remains.

A couple of months ago I followed in the footsteps of Karl Marx and George Orwell by trying to start a revolution down at Speakers’ Corner. I talked about what I discovered when digging around in the neuroscience literature to find research that might illuminate the root causes of the stereotypical excesses of human behaviour branded as The Seven Deadly Sins (#SciOfSin). I used this evidence to motivate a different way of thinking about what these seven sub-types of anti-social behaviour does to our social circles, our health and our wellbeing.

Ever since I’ve been loading up a 5-6 min excerpt each week of my hour-long speech. It’s a bit rambling as I hadn’t planned exactly what I was going to say and there are quite a few interruptions from a trio of hecklers, but my hope is that this all makes it feel more authentic and akin to what Speakers’ Corner is all about …

Part One – Roll up, Roll up

Part Two – The Seven Deadly Sins (Queen of Pride Rules Over Them All)

Part Three – Brain Areas implicated in Wrath and Envy

Part Four – Greed (The Root Of All Evil?)

Part Five – Lust

Part Six – The Trouble With Internet Porn

Part Se7ev – Gluttony I

Part Eight – Gluttony II

Part Nine – Watch This Space

Part Ten – Watch This Space

Each year I review 12 months-worth of articles I’ve tweeted about to get a handle on what’s been hot and what’s not in the world of brain science. My daily scouring of the latest brain news usually results in around 10 to 20 articles per week that I feel merit making a link and posting it on Twitter (@drjacklewis). For an article to be deemed tweet-worthy it has to be real science, usually brain-related and written in an accessible, compelling way so that anyone can get something out of it.

This year the top three categories of brain-related articles I’ve been tweeting about were on the topics of strategies for improving brain health, brain scanning studies and experiments relevant to understanding how young brains differ from adult brains.

I’ve pulled out 15 of my favourites from 2017 and beneath these you’ll find the whole year’s worth:

1. The mere presence of your smartphone reduces brain power, study shows bit.ly/2u8Vxym
2. Brain training to help people avoid the need for reading glasses in middle age nyti.ms/2nstfhN
3. To help comprehend just how much complexity is contained within a single cubic millimetre of brain tissue bit.ly/DrJ1CubBrMm
4. The pen is mightier than the keyboard bit.ly/DrJMightyPen
5. Influential tech investor slams Silicon Valley for adopting techniques that encourage compulsive media consumption bit.ly/DrJscncmplsv
6. Neuroscientist Molly Crockett explains Brexit debacle in terms of our aversion to disadvantageous inequality bit.ly/DrJCrockBrex
7. Fantastic article by Tali Sharot explaining why brains continue to believe info even after it’s revealed to be false bit.ly/DrJFakeNews
8. Read for 30mins every single day and you’ll (probably) live for two years longer than if you don’t bit.ly/drJReadDaily
9. Firm body, firm brain: magnetic resonance elastography shows positive correlation between memory & hippocampal firmness! bit.ly/DrJFitBdFitBrn
10. Two large studies find that heavy coffee consumption predicts reduced mortality ncbi.nlm.nih.gov/pubmed/28693038 & ncbi.nlm.nih.gov/pubmed/28693036
11. Vagus nerve stimulation implant zaps man back into consciousness after 15 years in post-car crash vegetative state bit.ly/2wPJax6
12. Using high frequency magnetic stimulation to zap the voices generated by schizophrenic brains: bit.ly/DrJzapthevoices
13. Fresh human brain, anyone? [don’t watch this if you’re eating, if not -behold the wonderous mass betwixt thine ears] bit.ly/2giJZaL
14. AI based on organisation of visual brain thwarts CAPCHA “Are you a robot?” security measures bit.ly/DrJCAPCHAbash
15. An essay on a neuroscience-informed approach to improving the prison service bit.ly/DrJNformedPrisn

Below is every brain-related article I posted between 1st Dec 2016 and 30th Nov 2017 with clickable links so you can navigate straight to anything you find interesting:

November 2017

Opt in or out of old-aged infirmity – the choice is yours bit.ly/DrJ70new50

Dog ownership makes middle aged people less likely to die or suffer cardiovascular problems according to study of over 3 million swedes bit.ly/DrJDogLifeExt

Dolphin and killer whale brains reflect their intensely social nature bit.ly/DrJSocialCet

The man behind Kernel’s efforts to crack the Brain Computer Interface challenge bit.ly/2z7rqhQ

Monkey amputees trained to use a robotic arm via electrodes implanted into their brains give new insight into the mechanisms of neuroplasticity bit.ly/DrJMnkRobArm

From American football to football football – study sets out to discover whether all those headers cause long term brain trouble bit.ly/DrJFootyBran

If you never got around to reading about how avatar therapy can reduce schizophrenic hallucinations bit.ly/DrJSchAvTher you’ll be happy to hear we cover it in the latest episode of our @GCweirdscience podcast! bit.ly/DrJGeekChicPod

I cannot wait until the longitudinal data on the impacts of allowing technology to constantly interrupt whatever we’re doing is finally published. In the meantime we have articles like this (which at least make people stop and think) bit.ly/DrJCyberSlack

The record company exec’s dream come true: how much people like a song can be influenced by applying magnetic fields to a listener’s brain (Zatorre lab) bit.ly/DrJMagMusLik

Do your brain training at the gym, the benefits may well be multiplicative bit.ly/DrJBrTrGym

Actually, New Scientist covers the story much better… bit.ly/DrJAdHiStakes Brain imaging study highlights difficulties younger adolescents have compared to older adolescents when making (relatively) high stakes decisions

Neuroscience study compares impact of after-school music lessons versus sports on brain structure and cognitive flexibility in kids from disadvantaged communities bit.ly/DrJMusicBrain

Brain imaging study highlights difficulties younger adolescents have compared to older adolescents when making (relatively) high stakes decisions bit.ly/DrJAdolStakes

Being a loner not always associated with bad outcomes. When freely chosen rather than compelled by socially-induced anxiety it predicts superior creativity bit.ly/DrJIsolCreat

Cognitive training improves innovative thinking, along with corresponding positive brain changes, in healthy adults over the age of 55 bit.ly/DrJCogTrn55pl

Couples may..have more opportunities for social engagement than single people-a factor that has been linked to better health and lower dementia risk bit.ly/DrJMarryDem

The Society for Neuroscience conference is always full of surprises – love the study where they taught rhesus monkeys to play chicken and cooperate to maximise their earnings bit.ly/DrJRhesChickn

Head and/or face pain tends to induce more emotional suffering, new study suggests it’s because neurons from these body parts plug directly into the parabrachial nucleus – others are indirectly connected bit.ly/DrJHdFcPn

60% of people are pro-socials, meaning they prefer resources to be distributed equally among everyone, but these pro-socials – according to a new study – are more prone to depression bit.ly/DrJProsocDep

Stress experienced by fathers may alter gene expression in their sperm, potentially leading to less resilient offspring bit.ly/DrJStressSperm

Where neuroscience meets Virtual Reality, beautiful things can happen bit.ly/DrJNeuroXvr

Interested in building games in virtual reality? Here’s a great lesson in what NOT to do if you want to create a sense of satisfaction when the player finally cracks the puzzle bit.ly/DrJVRescFAIL [if you don’t like swearing, DO NOT click the link]

Turns out that smartphone addiction might be a thing after all – Magnetic Resonance Spectroscopy study suggests it leads to neurotransmitter imbalance (GABA/glutamate) bit.ly/DrJPhoneAdict

Head and/or face pain tends to induce more emotional suffering, new study suggests it’s because neurons from these body parts plug directly into the parabrachial nucleus – others are indirectly connected bit.ly/DrJHdFcPn

“Stress experienced by fathers may alter gene expression in their sperm, potentially leading to less resilient offspring” bit.ly/DrJStressSperm

Neuroscience study compares impact of after-school music lessons versus sports on brain structure and cognitive flexibility in kids from disadvantaged communities bit.ly/DrJMusicBrain

Taste of what’s being talked about at the Society for Neuroscience conference today bit.ly/DrJTasteSfN17

Study tests whether people recall images they were briefly shown (but not asked to memorise) 10 years previously bit.ly/DrJ10yrsLater

Going beyond opioids in pain management to avoid the potential for addiction brings us to… snail venom bit.ly/DrJByndOpio

The more you exercise the less your telomeres shorten, helping you to stay (biologically) young: bit.ly/DrJ70new50

New brain probe has 1,000 recording sites per millimetre and is likely to be a “game-changer” for neuroscience research bit.ly/DrJBrainProbe

Tales of a brain detective nyti.ms/2zqhDTj

Mind-typing is on the horizon bit.ly/DrJMindType

How the presence of irrelevant alternatives on a menu affect decision-making Decoy effect examined in fMRI-TMS study bit.ly/DrJMktgTrx

Sleep deprivation makes your brain cells sluggish – literally – according to measurements from human neurons bit.ly/DrJSlpDepSlug

Don’t spank your kids. What did and didn’t happen in your own childhood is irrelevant, we know better now… bit.ly/DrJDontSpank

Brains severely damaged by heart attack more likely to recover if brain scans show that core connectivity is intact bit.ly/DrJPostHAbrnscn

If GABA (in hippo) can reduce neg thoughts & high fat diet reduces GABA,then do high fat diets promote neg thoughts? bit.ly/DrJHiFatHiAnx

An essay on a neuroscience-informed approach to improving the prison service bit.ly/DrJNformedPrisn

Re-defining the phrase “Spaced Out” – what happens to an astronaut’s brain over the course of a long trip bit.ly/DrJSpacedOut

The trouble with clinical trials involving brain implants… bit.ly/2zoOrg7

Sweet dreams… make those zzzzz’s count bbc.in/2lCppnF

OCT 2017

If you’ve heard people moaning about the clocks going back, you may wish to take them out with this bit.ly/DrJBrBenClkBk

New study demonstrates 40% faster learning with tDCS in non-human primates bit.ly/DrJfstrlrng

Transcranial Direct Current Stimulation (tDCS) therapy for depression and OCD may trigger transient episodes of rage bit.ly/DrJtDCSrage

AI based on organisation of visual brain thwarts CAPCHA “Are you a robot?” security measures bit.ly/DrJCAPCHAbash

All hail the king of brain training, Dual n-back, freely available from brainworkshop.sourceforge.net for almost a decade! bit.ly/DrJDualNking

I love that dolphins gossip about each other when the subject of the gossip isn’t around bit.ly/2yOjvFA

Science of the female orgasm revisited bit.ly/DrJFemOrgasm

Resetting the Circadian Clock Might Boost Metabolic Health ja.ma/2xGe4Z6

Psilocybin therapy described as feeling like reset button had been pressed for many depressed people in neuro study bbc.in/2ymbV24

Fresh human brain, anyone? [don’t watch this if you’re eating, if not -behold the wonderous mass betwixt thine ears] bit.ly/2giJZaL

Activity-dependent plasticity can re-establish voluntary control of movement..after complete paralysis in humans bit.ly/DrJRecovParal

Plans are afoot to grow a little-known cannabinoid (cannabidivarin) in GM yeast as a therapy to treat epilepsy bit.ly/DrJCBDV

Cybernetics in action: a robot that can swim… & fly bit.ly/DrJCybernetics

Feeling connected to others is vital for health so audio brain training for hard-of-hearing could be a real boon bit.ly/DrJAudioTrng

If the body has to choose between fuelling the brain or the skeletal muscles, brains win every time bit.ly/2yvZjIe

Waste not want not – how offcuts from human surgery are helping to unravel the #SecretsOfTheBrain bit.ly/DrJHmnBrnRes

More hope means less anxiety bit.ly/DrJHopeProtects

A window into the brain’s autopilot mode bit.ly/DrJBrAutoplt

How to do lucid dreaming more effectively bit.ly/DrJLucidDrms

Feeling connected to others is vital for health so audio brain training for hard-of-hearing could be a real boon bit.ly/DrJAudioTrng

If the body has to choose between fueling the brain or the skeletal muscles, brains win every time bit.ly/2yvZjIe

New GDF15 drugs progressing through pre-clinical testing show good prospects in fight against the obesity pandemic bit.ly/DrJGDF15wtls

New theory suggests migraines occur when brains sensitive to oxidative stress take steps to protect against damage bit.ly/DrJMigrProt

Power of touch in soothing social pain bit.ly/DrJTouchSocPn

Re: artificial retinas…it may actually take less work to enhance human vision than to restore normal vision: bit.ly/DrJEasya2Enh

non-REM sleep is especially important in clearing plaques involved in Alzheimer’s disease from the brainî bit.ly/DrJNonREMdplq

Great article to start trying to comprehend how much complexity is contained within1cubic millimetre of brain tissue bit.ly/DrJ1CubBrMm

If you want to know how people are really feeling, close your eyes bit.ly/DrJHearEmot

Neuroscientist Molly Crockett explains Brexit debacle in terms of our aversion to disadvantageous inequality bit.ly/DrJCrockBrex

Phase II clinical trial of FDA-approved antihistamine restores function in patients with chronic multiple sclerosis bit.ly/DrJAntihstMS

While perception tends to extract simple components and build up to complex features, recall appears to flip this bit.ly/DrJRecallBtoF

Female brain’s attach more value to prosocial choices than men, whether due to nature or nurture uncertain bit.ly/DrJGendProS

Who’d have thought there’s a genetic component to propensity to get divorced?!! bit.ly/DrJDivGenes

Bad news for my high school which has a major A-road running between the 2playgrounds. Pollution & brain development bit.ly/DrJYngBrnPln

Here’s a cracking (hyperbole-free) article describing where we’ve got to in the epic journey of merging mind&machine bit.ly/DrJBrnCmpInt

Why do smart people do foolish things? Intelligence is not the same as critical thinking and the difference matters bit.ly/2y6vAUZ

34,000 Norwegians followed over 11 years suggest exercise reduces incidence of depression -what are you waiting for? bit.ly/DrJExerBrain

Experiencing traumatic brain injury – from the perspective of a science journalist knocked off her bike by a car bit.ly/DrJTrmBrnInj

Mindfulness meditation influences different brain areas to compassion-based meditation bit.ly/DrJMedtnBrn

Google’s DeepMind postulates that hippocampus doesn’t just contain memories of the past, but also visions of future bit.ly/DrJHipoFutr

Geek Chic Weird Science podcast Ep81 is out now: this week we discuss living in lava tubes, the IgNobels & more… bit.ly/DrJGCWeirdSci

Experimental transcranial Direct Current Stimulation significantly reduced fatigue in people with multiple sclerosis bit.ly/DrJtcDCS4MS

Nobel prize for three researchers who unpicked the brain mechanisms of circadian rhythm bit.ly/DrJNobl17Circ

Pregnancy fundamentally alters female brains, find a summary of the findings of this groundbreaking research here bit.ly/DrJPregBrain

2,500 pickled human brains harvested from psychiatric patients in Essex now being studied in Belgium bit.ly/DrJBoxedBrains

 

SEP 2017

Being busy ruins creativity http://bigthink.com/21st-century-spirituality/creativity-and-distraction

MRI study indicates that gamers deal better with uncertainty than those who don’t regularly play action video games bit.ly/DrJGmrsUncrt

Vagus nerve stimulation implant zaps man back into consciousness after 15 years in post-car crash vegetative state bit.ly/2wPJax6

A Beginner’s Guide to Machine Learning for Humans chw.ag/2fhexZW

Fantastic article by Tali Sharot explaining why brains continue to believe info even after it’s revealed to be false bit.ly/DrJFakeNews

Introducing… The International Brain Laboratory bit.ly/2xcEVZl

Worrying takes up cognitive resources..get these worries out of your head through expressive writing..become more efficient bit.ly/2wu3BKP

Researchers uncover mechanism behind calorie restriction and lengthened lifespan bit.ly/2jsCRJr

Wow – the symptoms of anti-NMDA receptor encephalitis sound out of this world – imagine thinking you’re a T-Rex?! bit.ly/2h1rg3m

I wrote a blog about the potential for deep brain stimulation without needing to put electrodes inside the brain… bit.ly/DrJFutureDBS

Using high frequency magnetic stimulation to zap the voices generated by schizophrenic brains: bit.ly/DrJzapthevoices

Move over stem cells, we can make motoneurons from people’s skin now… bit.ly/DrJmotoNfrmSKN

MRI study reveals the vast majority of dogs love us “at least as much as food” nyti.ms/2gSbS9h

Brains using photons for communication using neurons like optical fibres? Now i’ve heard it all… bit.ly/2wJ41ii

Understand your child’s changing brain as the years go by ind.pn/2iW8pXQ

All aboard who’s going aboard – wondering whether or not to get on the Brain Train? bit.ly/2x2kRf1

Healthy glucose levels the key to a healthy ageing brain bit.ly/2x9vYCb

 

AUG 2017

Most of us alive today carry at least some DNA from a species that last lived tens of thousands of years ago bit.ly/2gc5Yzr

Natural High? Finnish PET scanning study suggests High Intensity Interval Training boosts brain endorphins bit.ly/2ivpVlC

Artificial Intelligence algorithm can predict dementia two years before onset on basis of single amyloid PET scan: bit.ly/2g5YWfC

Here we go again: Aussie firm plans to target eSports gamers with their electrical brain stimulation headsets ab.co/2vWpDYk

Scientists: There IS something you can do to save the world trib.al/n7zvDcl

Struggle with insomnia? Try the Body Scan meditation shortly before bedtime bit.ly/2uIQ0i1

In a nutshell: Walnuts activate brain region involved in appetite control bit.ly/2w61nVU

Apparently cognitive behavioural therapy (CBT) can help procrastinators, personally i’d never get round to it.. bit.ly/2vP2pmO

Eating walnuts makes brain area activated by unpleasant feelings(eg disgust) light up when people see junk food pics bit.ly/2wTMkfC

Read for 30 mins every single day and you’ll (probably) live for two years longer than if you don’t bit.ly/drJReadDaily

Firm body, firm brain: magnetic resonance elastography shows +’ve correlation between memory & hippocampal firmness! bit.ly/DrJFitBdFitBrn

Thinking of a career change? Why not figure out how to accommodate extra 70k elderly who’ll need care by 2025 bit.ly/drJCare4Eld

The robots are coming (and this are the places where you’ll see them first) bit.ly/2vwf53g

Going on holiday soon? Lucky you. Please read this and then as soon as you get to your destination UNPLUG bit.ly/DrJUnplug

Will the future involve supercomputers made out of networked “brain balls” in vast underground server rooms? bit.ly/DrJBrainBlls

A brief glimpse into the future of the neurotechnology industry bit.ly/DrJNuroTech

Memory like a sieve? Imagining the irritating consequences of an action sequence makes memories stickier bit.ly/DrJMemTrix1

Just when you think you’re getting your head around how complicated brains are..turns out they’re more complex still bit.ly/DrJEvnMreCplx

Calm down dear the mighty @Neuro_Skeptic provides much needed perspective on male/female brain difference headlines bit.ly/DrJGndBrnSPCT

Learning in your sleep, very specific phases of sleep, mind bit.ly/DrJSlpLrn

Are energy drinks the new gateway drug to the hard stuff? Probably not but this makes interesting reading bit.ly/DrJrBllGtwy

Influential tech investor slams Silicon Valley for adopting techniques that encourage compulsive media consumption bit.ly/DrJscncmplsv

Cash incentive-based neurofeedback goals enable control over functional connectivity. Could lead to brain therapies! bit.ly/DrJNfdbkConX

Litmus test for the brain? bit.ly/DrJBrainpH

Anyone for a brain-controlled Virtual Reality experience? The future will be here next year engt.co/2vfpGOA

Coming Soon: sub-micron sized Nanoswimmer rockets to ferry drugs across the blood brain barrier bit.ly/2vblYXy

Hot yoga reduces comfort eating in the mildly depressed bit.ly/DrJHotYog

Finally someone’s figured out how to remove BPAs from drinking water safely, simply and, it seems, very thoroughly bit.ly/DrJBPAremov

Specially engineered ceramic skull implant should improve future delivery of ultrasound/laser-based brain therapies bit.ly/DrJUSimplnt

Who’d have thought: moderate alcohol intake is associated with lower rates of cognitive decline in elderly…cheers! bit.ly/DrJModBooz

Slowly but surely we’re starting to uncover the biological mechanisms involved obesity bit.ly/DrJObesAdip

Major breakthrough in our understanding of how brains perceive faces bit.ly/DrJFacePerc

Neurofeedback can increase the incidence of alpha brainwave spindles but not their duration or amplitude bit.ly/DrJNeuroFdbk

Aussies invest twice as much in bodily health than in their brain’s wellbeing. What would the figures be for you? bit.ly/2w0R42B

Virus-restored plasticity – would you? bit.ly/DrJVrsRestPlst

 

JUL 2017

The pen is mightier than the keyboard bit.ly/DrJMightyPen

Sugar linked to depression & memory problems in men @ERWatkins2 tinyurl.com/y7kvs27x

A vital step closer to cheating death? Will we all be replenishing our hypothalamic stem cells come 2030? ind.pn/2eO8BqD

In future schools will have to balance cognitive training with PE & brain stimulation, If this is anything to go by bit.ly/DrJCogXTrain

Want to have your brain in a jar? And live to tell the tale? Believe it or not, this is now technically possible bit.ly/DrJBrainInJar

Freeing up time by paying others to do your dirty work makes you happy bit.ly/DrJDechoreJoy

I’d love to know what brain area this young lady’s therapists are pointing the TMS at – temporal pole? bit.ly/DrJ_TMStreat

Here are some visual illusions to start the week and to remind you that your brain has no direct access to reality bit.ly/DrJIllusions

How physical exercise prevents dementia bit.ly/2ukXISk

I can’t quite believe how many of those born in the 21st century can reasonably expect to see their 100th birthday.. bit.ly/DrJ100isnew80

Given heart delivers blood2brain 24/7 perhaps unsurprising that healthier heart in 20’s means healthy brain in 40’s bit.ly/DrJHeartHead

Omega oils can be converted into cannabinoids that target the immune system to reduce inflammation bit.ly/DrJOm3Cann

Human foetuses can tell the difference between spoken English and Japanese from inside the womb a month before birth bit.ly/DrJFoetLang

These ravens have better planning skills than some people I know. ow.ly/qjyx30dJbE7

Sticks and stones may break my bones but names will never… oh wait, hang on, that’s not actually true nyti.ms/2u8b8Q0

Let your kids play in the dirt. Immune systems, like brains, adapt to the local environment through exposure bit.ly/2u983km

Composition of gut bacteria aged 1 seems to predict cognitive development aged 2. Whether or not this is causal is tbc bit.ly/2vxQ1pX

WE NOW GO LIVE TO BREXIT pic.twitter.com/edf48mbqmj

O2 and hyperbaric oxygen therapy reverses brain damage in drowned toddler bit.ly/2u1Bhjz

Give us this day our daily crossword, forgive us our grammatic inaccuracies, deliver us from tongue-tiedness… bit.ly/2vwXV2I

Fascinated by the brain? Here are some apps that explain how brains work. In sickness and in health bit.ly/2txqM5N

A blast of light to spark dmPFC neurons and the previously subordinate mouse’s sumo skills went through the roof bit.ly/DrJSumoMice

Flatcam: small enough to sit between skull/cortex to sense & deliver signals from ~millions of neurons to a computer bit.ly/DrJ_FlatCam

Two large studies find that heavy coffee consumption predicts reduced mortality ncbi.nlm.nih.gov/pubmed/28693038 & ncbi.nlm.nih.gov/pubmed/28693036

Immune cells pass dopamine molecules between them? (T cells -> B cells) Now I’ve heard it all bit.ly/DrJDopImmT2B

Being generous to others makes us happy and brand new study published in Nature Comms helps to explain why bit.ly/DrJGive2BHap

Video games and your brains bit.ly/DrJ_GameBrain

Will we ever manage to simultaneously record activity from 1million neurons? $65M from DARPA says it CAN be done… bit.ly/DrJ_1MilNeur

Look into my eyes, look into my eyes, your eyelids are starting to feel veeeeery heavy bit.ly/DrJ_Hypno

I bought BEHAVE on a whim yesterday – now, having read this NYT review, I really can’t wait to get started nyti.ms/2uNCJVQ

Psychopath brains overvalue immediate gratification over long term consequences even more than the rest of us bit.ly/2sHhuIA

Brain wiring mapped in unprecedented detail using latest MRI technology bbc.in/2sHC7zC

Brain training can work after all: 40% improvement in amnesic mild cognitive impairment after a bit of “Game Show” bit.ly/2t7SHfs

 

JUN 2017

Brain plasticity can occur in a “blastic” or a “clastic” direction. You have the power of controlling the switch -Dr. Merzenich In other words brain plasticity can have positive and negative consequences depending on what you do with your lifestyle choices

Cockatoo drumming film bitly.com/gcwsDrumming

High fat diet causes weight gain by increasing microglial cells and inflammation in the mouse hypothalamus bit.ly/2sNfVEj

For those teaching pre-school kids to read, beware picture overload.. no more than one illustration per page is best bit.ly/2tLL7IT

Higher IQ aged 11 predicts better chances of making it to 80 bit.ly/2tpqxxc

Gambling on the Dark Side of Nudges: bit.ly/2tTpm72

Why our brains need us to keep moving bit.ly/2scBind

Regular moderately-intense exercise helps to delay onset of Alz, even in genetically-prone people ti.me/2sUbQ2O

By many accounts, we’re experiencing an epidemic of anxiety, and several experts pin the blame on our smartphones bit.ly/2tku8tR

The mere presence of your smartphone reduces brain power, study shows bit.ly/2u8Vxym

Overstated evidence for short-term effects of violent games on aggression ncbi.nlm.nih.gov/pubmed/28639810

What is cognitive reserve? How we can protect our brains from memory loss and dementia bit.ly/2tWLCvH

PET study indicates 6 brain areas implicated in OCD exhibit signs of greater inflammation than in non-OCD brains bit.ly/DrJ_OCD_Inflam

Multitasking reduces efficiency by 40% in the vast majority of humans.. now we know (part of) the reason why bit.ly/2sDPm66

Now THIS is brain art bit.ly/2rRm9av

Food for thought bit.ly/DrJFood4Thought

Short blog on research studying how playing Tetris directly after traumatising experiences can reduce flashbacks bit.ly/DrJTetTerTher

Brain circuitry of hunger regulation involves intimate relationship between hypothalamus & insula: bit.ly/DrJHungerHypIns

Great article explaining why development of brain computer interfaces must proceed hand in hand with ethics, or else bit.ly/2sA8J2f

Don’t Text While Parenting – It Will Make You Cranky dld.bz/eYRf7

A nice, succinct explanation of the biological processes determining sex and gender bit.ly/DrJSexAndGender

How to Stay Sharp in Later Life on.dana.org/2sUlOAE

Blue Brain team discovers a multi-dimensional universe in brain networks bit.ly/2sf3GUx

Could Einstein’s quirky habits be responsible for his genius? Maybe you have a few of them too…find out here! bbc.in/2rRABO1

Implanting pig brain chemical manufacturing plant (choroid plexus) into Parkinson’s patients’ brains looks promising bit.ly/DrJPigPrksRmdy

Temporal interference stimulation to target deep brain areas without opening the skull has HUUUGE potential bit.ly/2satP7D

New study confirms performance boost in creative thinking task by reducing left frontal brain activation via tDCS bit.ly/DrJcreativeZap

Seven beers per week increases chance of brain shrinkage and white matter degradation (over the course of decades) bit.ly/DrJ7beersPW

Temporal interference seems like a much smarter form of brain stimulation than TMS or tDCS: nyti.ms/2rw4HqT

This is an armadillo’s defense mechanism pic.twitter.com/gUUNaOmu4O

Memory loss and other cognitive decline linked to blood vessel disease in the brain bit.ly/2rQzVcj

Einstein’s first wife was a physicist too, who contributed to his work. ow.ly/3JBY30ck9TH

New! Cassetteboy vs Theresa May – youtu.be/p7iUYWMD77w

Typing by brain sounds great. Up to the point where,like Trump,every silly idle thought gets broadcast to the world bit.ly/DrJtypebybrain

Human brain replays memories in fast-forward bit.ly/2rKrOho

Human faces reconstructed from monkey brain data bit.ly/DrJBrainFaces

 

No Tweets In May (Went into hiding to finish new book)

 

APR 2017

Tiny ancient skull has ridges suggesting possibility of Broca’s area therefore speech + self-evident burial instinct bit.ly/DrJ_Naledi

The coconut octopus uses coconut shells as protection against predators! pic.twitter.com/wInVITqwaG

Sugary drinks aren’t great for your brain health, neither are diet drinks, probably best to stick to juice and water bit.ly/DrJ_OneDietSoda

 

Flying car costing more than $1 million goes on show in Monaco reut.rs/2p1FBPg

Whether zapping brains improves or degrades memories depends on the timing and AI, it seems, can help with that.. nyti.ms/2pYpgbi

A new study adds to the oft-controversial research on the apparent antiaging properties of “young blood”: scim.ag/2oW9Qab

Contraceptive pill reduces quality of life bit.ly/2oraNU2

..arrest the progression–>change Alzheimer’s disease into something completely different so it becomes liveable.. bbc.in/2pF4v5h

Relapse-prevention apps connect recovering addicts to support and use AI to predict when relapse is likely to occur bit.ly/DrJ_RelaPrevApp

SuperAgers suggest that age-related cognitive decline is not inevitable bit.ly/DrJ_SuperAgers

Aha! moments observed in eye tracking data bit.ly/DrJ_Aha

Efficacy of ayahuasca – a hallucinogen usually used in shamanistic rituals – tested in clinical trial for depression bit.ly/DrJ_Ayahuasca

A UK company is creating edible water blobs that it hopes will eradicate the world of plastic waste. pic.twitter.com/k2jHsYRNND

Music-induced awakenings in Alzheimer’s patients… surely it’s worth a try?! bit.ly/2odwUxV

Let your mind roam free bit.ly/DrJ_MindWander

When people detect a moral conflict, zapping (tDCS) their brain (right dlPFC) helps to keep them honest bit.ly/2onTiaq

An update on the differences between male and female brains on the basis of an even bigger brain imaging study bit.ly/2p28yIk

Anti-Parkinson’s virus therapy bit.ly/2oj7b9R

You can really identify a signature of the dreaming brain” bit.ly/2oj3bWU

Born to love superheroes: Research into the roots of justice may contain hints for solving social ills bit.ly/2ofjVyb

Are you a night owl? This could explain why bit.ly/DrJ_NightOwl

Marmite – not just delicious – new study says a daily dose can significantly change how your brain works: bit.ly/2oB3T3d

Nearly every disease killing us in later life has a causal link to lack of sleep bit.ly/DrJ_SleepDeep

 

MAR 2017

Science may have got multiple sclerosis all wrong, now they’ve figured out it’s caused by B-cells not T-cells we may be able to nip it in the bud bit.ly/2ola0Fo

Maturation of white matter connecting front of brain to back key to understanding others around age of 4 years okd bit.ly/2nzk8vP

Understanding the role of cannabinoids in stress relief, bit by bit bit.ly/2nNKtH9

tetraplegic man can move his arm again just by thinking about it with device that reads brain –> stimulates muscles bit.ly/2obLKIQ

I’ve said it once,I’ll say it again: if you want you brain to age gracefully -it’s time to get your dancing shoes on nyti.ms/2njb8Zc

holotropic breathwork..uses hyperventilation-induced fainting to achieve..an expansion of awareness bit.ly/2nuQLsS

Without an intact anterior temporal lobe you’d never be able to keep up with all the gossip sciof.us/2ov2HKG

3min film of Ed Boyden sharing his vision of how the merger between brain&machine will unfold in the coming years bit.ly/DrJ_BoydnCoPro

Brain training to help people avoid the need for reading glasses in middle age? Now that would be pretty cool… nyti.ms/2nstfhN

There is a journal called Religion, Brain and Behaviour bit.ly/2nVqV1d

New Alzheimer’s test can predict age when disease will appear buff.ly/2ne7ySy

Older mums can often be better mums according to Danish study bit.ly/DrJ_Oldermums

Ditch the GPS, use your noggin bit.ly/2n4uBhe

What do smartphones do to our brains? We still don’t know bit.ly/2nNQrW1

Extract of funnel web spider venom can protect against stroke damage even when given after the event bit.ly/2mngQNd

Sexual afterglow – still benefits couples 48hrs later bit.ly/2mIrGso

Imaging neurons in vivo with a needle thin probe… bit.ly/2n6MP3f

Tea please… any colour will do bit.ly/2nDyqtp

Humpback whales are organizing in huge numbers, and no one knows why pops.ci/DEYPA6

Clever fMRI drug smuggling study investigates differences between recklessness & knowingly committing a crime bit.ly/DrJ_DrugSmug

Cognitive enhancing drugs can improve chess play, scientists show bit.ly/2mGhsfG

Metacognitive therapy addresses thinking processes 2 help people reduce depressive symptoms by lessening rumination bit.ly/DrJ_MCT4Deprsn

amateur scientists who like to experiment with their own mixes..aren’t afraid to use their own brains as lab rats bit.ly/DrJ_StackTwats

HIV can get into brain & interfere with cognitive process by disrupting white matter,MRI can detect this fairly well bit.ly/DrJ_HIV_MRI

If all the Ice melted: National Geographic’s Interactive map on Rising Seas – Geoawesomeness buff.ly/2mYYkKE

Blueberry Brain bit.ly/DrJBlubryBrain

Bigger brains aren’t always better, when you’re a sociable bird or insect, that is bit.ly/DrJSmSocBr

2017 Winners of The Brain Prize: Peter Dayan, Ray Dolan and Wolfram Schultz for research on brain’s reward system bit.ly/2maRX4b

Just bought my 1st robot! Although I can control it with my smartphone, sadly I can’t control it with my brain alone bit.ly/DrJBrainRobot

OCD: Brain fails to send safety signals (vmPFC) as experience demonstrates perceived danger is no longer a threat bit.ly/DrJ_SafetySig

Uncertainty is in the eye of the beholder (literally) bit.ly/DrJ_UncertEye

Artificial Intelligence goes ALL IN;but will it wipe out online poker altogether? Would that be a good or bad thing? bit.ly/DrJ_AI_All_In

Here’s something @mocost wrote about the possible role of the cerebellum in cognition and emotion bit.ly/2mDaM2O

 

FEB 2017

Stem cell transplants for human multiple sclerosis patients. Controversial yet encouraging. But does it last? bit.ly/DrJStemXplant4MS

Dad’s who take cocaine around time of conception may be damaging their kids’ memory capacities bit.ly/DrJ_CokeDads

Why parents seem to be blind to their kids’ extra pounds bit.ly/DrJ_PorkyKids

Novel study investigates brain areas critical to the process of dreaming up funny captions bit.ly/DrJ_HumourGen #creativity

Newborns can recognize the voices they’ve been hearing for the last trimester in the womb nyti.ms/2m3sgFv

Digital reconstruction of a giant neuron that encircles the entire mouse brain go.nature.com/2lClhBV by @Sara_Reardon via @kenanmalik

Never underestimate the power of bee brains. It’s amazing what a million neurons can be trained to do nyti.ms/2lAajNq

Hair fine electrodes that can send electrical, chemical and/or optical information to and from the brain bit.ly/2mbhM72

The TRAPPIST-1 star & 7 Earth-sized planets orbiting it, are relatively close to us; located ~40 light-years away: go.nasa.gov/2lvVN7G

Brains better at divergent thinking tasks (related to creativity) have denser connectivity between left & right side bit.ly/2lGeTKz

Huge study of 3,242 brains aged 4-63 shows consistent structural differences of those with ADHD vs others without bit.ly/DrJ_ADHDbrains

Build up of iron in the globus pallidus is positively correlated with duration of cocaine use bit.ly/DrJFeCokeHed

Standord scientists enable paraplegic man to type,using brain computer interface,at speeds of up to 39characters/min bit.ly/2kIp1mJ

Many different compartments and barriers in the brain create multiple unique immune environments bit.ly/2lbQr2M #brain

Sleep is a powerful source of resilience in difficult times bit.ly/2lwV34K …so stop looking at screens late at night sleepyhead

That dopamine is involved in human bonding is less surprising than dual scanners doing fMRI/PET at the same time!! bit.ly/2kYBlv8

A computer to rival the human brain – what’s it gonna take? bit.ly/2lNRxmM

Autism detected in “cerebral cortex” from age<2 (narrowing it down to virtually anywhere on brain’s outer surface!) bbc.in/2lLOdc5

Neurons in the amygdala fired 120 milliseconds earlier than the hippocampus bit.ly/2laFY8p

Laughter is important. This made me laugh: bit.ly/2kzOhHD

Using genetics to personalize diet for effective weight loss & disease prevention @DrJackLewis @DrMichaelMosley tinyurl.com/hhm8d28

New generation brain implants stimulate neurons with magnetism rather than electricity to get around sticky problem bit.ly/DrJMagBranImp

If anyone needs me, I’ll be playing with this whale song synthesizer whalesynth.com

Opioid release vital to process of deriving pleasure from your favourite songs (or any pleasure for that matter?!) bit.ly/DrJMuOpiMusic

A retinal cell has been identified that might just explain why more and more kids are becoming short sighted bit.ly/DrJMyopiaCell

Study confirms the assumption that E-Cigarettes are far less toxic than real cigarettes bit.ly/DrJeCigsSafe

Studying the mysterious condition of mirror touch synaesthesia bit.ly/DrJMirrorTouch

Sleeping patterns all over the place? Time to go camping! Couple of days in the wilderness resets melatonin cycle bit.ly/2jQ6lvL

Mini brains spontaneously produce mini blood vessels. All they need now is a mini heart and some blood and we’re off bit.ly/2jZ4W6Y

How time in space changes brains bit.ly/2jv9o1p

 

JAN 2017

Using psychedelics to treat addiction – how to get the reduction in cravings without the hallucinations? bit.ly/DrJ_Ibogaine

Hanger – it’s the real deal bit.ly/DrJHanger

Could problems with the brain’s blood flow gatekeepers be a key part of problems like Alzheimer’s, ALS etc? bit.ly/DrJGateKeep

Wisdom of the crowd is not always on the money, MIT scientists have figured out how to extract it better bit.ly/DrJBetCwdWis

Imagine a neuropeptide that can induce gut to burn fat without stimulating appetite (in C. elegans, not humans, yet) bit.ly/DrJFatBurnFLP7

New angle for treating aggressive form of brain cancer (glioblastoma) suggests prior drug devel. = wild goose chase bit.ly/DrJGlioBlaster

Metallic hydrogen – it could change the course of humanity across the cosmos if we could use it to fuel our space ships bit.ly/2jf0MeW

Why an LSD trip lasts so much longer than a cannabis high or magic mushrooms bit.ly/2jei7Vf

Dreaming (REM) sleep accelerates pruning of certain brain connections, a process vital to reshaping teenage brains bit.ly/2jZz2ul

A study of 500 MRI scans reveals the links between personality traits and brain structure bit.ly/2khAZjj

A cautionary tale about the promises of modern brain science econ.st/2jaKI9q

I’ve often wondered why so many schizophrenic people smoke so fast and intensely; this suggests they might be self-medicating bit.ly/2knNHw8tv

Peripheral neuropathy (a health complication seen in diabetes, chemo, HIV) could be helped by anti-muscarinic agents bit.ly/2jJ7Eho

Resensitising brain cancer to chemotherapy using old school anti-malaria drug bit.ly/2k3sCeg

No meaningful difference in amygdala sizes in male vs female brains across 30yrs of MRI studies bit.ly/2jxgmBC

Antibody targeting protein in Blood Brain Barrier reduces signs of brain ageing bit.ly/2iDLtap

ALL ROWS NOW COMPLETE. With 4 new elements discovered Asia enters the hall of fame and the USA jumps to 2nd place. pic.twitter.com/XE5X7un5e0

Cognitive Behavioural Therapy for psychosis found to be associated with measurable changes in brain connectivity bit.ly/2jVE6fM

Mixing up names of your nearest & dearest is probably due to them being stored in your “people I love” brain directory n.pr/2jvE417

Facebook wants in on Brain Control Interfaces bit.ly/2iyPqgR

Neuroscience in practice to enhance your star gazing experience bit.ly/2iDexCn

Monkey metamemory bit.ly/2iyA4sD

Genetically-speaking you are 10% retrovirus – deal with it! bit.ly/2jf5fgE

Who better than Russ Poldrack to review a book about what MRI can and can’t do? go.nature.com/2jeuDn5

Turning mice into killers at the flick of an (optogenetic) switch n.pr/2j53LTZ

The orbits of the stars in the vicinity of the supermassive black hole at the center of our galaxy buff.ly/2jffcrX

Increased amygdala activity related to more heart disease (prob via elevated white blood cell-induced inflammation) bbc.in/2jmd1mt

You can tell how old a person is from their brain’s glial cell health (if you chop their brain out for post-mortem) bit.ly/2icNCPb

Just how smart is an octopus? Smarter than you think wapo.st/2ifbbW8

Will nose-witnesses soon play a role in our courts of law? (“Eyewitnesses” are so 20th century) bit.ly/2i9qjG0

Earth and the moon – as seen from Mars nyti.ms/2jqwQs8

Mini-brains grown from stem cells taken from kids’ milk teeth can tell you a thing or two about their actual brains bit.ly/2icfvBT

The mess that is tcDCS therapy 4 depression/addiction/fibromyalgia (good news) tinnitus/stroke (bad news) untangled bit.ly/2ival59

Believe it or not foetal fMRI has arrived! Yes, that’s right, brain imaging in the womb… bit.ly/2i5LBUQ

If learn (or revive) a 2nd language is one of your New Year’s resolutions for 2017, this might be motivating for you bit.ly/2iUkPfn

16 year old’s ovarian tumour found to contain brain tissue that resembles a cerebellum and brainstem bit.ly/2iYwtW6

Memory and cognition improvements in 65+ year old people if they take a regular 1-hour long siesta after lunch bit.ly/2iPwsqm

Fusiform gyrus – containing region (FFA) for recognising faces – is ~13% larger in adults than kids bit.ly/2hXxvA6

Interfering with vagal nerve function can help various health conditions – now it can be done with greater precision bit.ly/2iUpYDZ

Carbon nanotube electrodes much better than conventional electrodes, but how to jam a “wet noodle” into the brain? bit.ly/2ifDcdq

“It takes considerable knowledge just to realize the extent of your own ignorance.” Thomas sowell

Finally FDA restrictions on antibiotic use in livestock. Can’t use the medically important ones anymore, at least. ow.ly/e7Za307Gqr2

Some people (3-5%) simply get no joy from listening to music – now we know why bit.ly/2idYGHO

Gaming that can help depressed people to feel better by helping them to focus bit.ly/2i9ICH2

Prof Van der Meer (Norwegian University of Science&Tech) offers science-based tips for optimal ways to raise infants bit.ly/2iaftvq

Reduced blood flow to Broca’s area (key area in speech production) in stutterers bit.ly/2iHtFPP

Brain + Nature = Health bit.ly/2iI7iXX (NB that’s coming from someone who just finished a 1hr cross-country run in Richmond Pk – practise what I preach!)

Nice synopsis of a few of the more notable achievements in neuroscience to arise over the course of 2016 n.pr/2irU5oA

 

DEC 2016

Vera Rubin, Who Confirmed Existence Of Dark Matter, Dies At 88 n.pr/2iwYGq9

Hacks often write obituaries before celebs have died for quick release. Turns out brains do a similar thing with DNA bit.ly/2i2ndmj

How genes can influence music’s impact on mood bit.ly/2hjT6XK

When does brain development reach completion? nyti.ms/2hjNvB2

The true hidden home of Christmas is in China bbc.in/1sDLrOC

Could stoned drivers be more cautious? Maybe.. bit.ly/DrJStndDrivr

How many different types of neurons there in the brain (even just the hypothalamus) blows my mind bit.ly/DrJHypothalNs

..a lesion in exactly the right place..can disrupt the brain’s familiarity detector&reality monitor simultaneously bit.ly/DrJImpstrLsn

How to grow your own brain bit.ly/DrJGrwURownBrn

New drug improving longevity & memory in animal studies of prion disease brings hope for fight against Alz. dementia bit.ly/DrJMuscAlzHope

Schizophrenics more likely to try cannabis, but WHY would delusional people crave yet greater distance from reality? bit.ly/DrJSchizWeed

Brain-inspired intelligent robotics: The intersection of robotics and neuroscience – a special booklet in @scienmag buff.ly/2i0kni6

The truth behind baby brain bit.ly/DrJBabyBrain

Brain Books of 2016 bit.ly/DrJBrainBooks16

Talk about getting the wrong end of the stick… bit.ly/DrJOMG

Dear Santa, If I’ve been good enough this year, please may I have a robotic arm controllable via 64 electrode EEG? bit.ly/DrJEEGcntlRobt

If you want to hang onto your crystalline intelligence in later life don’t forget to eat your greens bit.ly/DrJEatURgreens

Could thinning of the grey matter really account for risk aversion in older adults? bit.ly/DrJRskAvrsn

Time passes fast, time passes slow and now neuroscience may finally have pinpointed brain areas that influence this bit.ly/DrJStpFstSloMo

Could the impact of oxytocin on human behaviour boil down purely to synchrony bit.ly/DrJOxytosync

Deep brain stimulation soon to use tiny coils (magnetrodes?!) to influence neurons w magnetism rather than electrons bit.ly/DrJMagnetrode

Could increasing gamma band activity in the brain really help eliminate the beta amyloid plaques of Alzheimer’s? bit.ly/DrJGammaAlz

Incredible to think that switching one pair of nucleotides in an ancient ancestor’s DNA trebled our brain volume bbc.in/2gZ4lDM

If the way we breathe influences what we remember,I wonder if there are breathing techniques 2 help students revise? bit.ly/DrJBreathingMem

Small double-blind trial shows that single dose of psilocybin can give 6 months relief from cancer-related anxiety bit.ly/DrJ_MushCancAnx

I am Groot: Plants can do associative learning bit.ly/DrJ_IAmGroot

Finally!! Potential for MDMA (ecstasy) as a therapeutic agent for PTSD to be investigated in a proper clinical trial bit.ly/DrJ_MDMA4PTSD

Added sugar in our diet is bad, we know that, but I didn’t realise range of negative impacts, like reduced oxytocin! bit.ly/DrJExcessSugar

Africa’s sunshine could eventually make the continent a supplier of energy to the rest of the world bbc.in/2fMxtwX

@PainConcern Irene Tracey neuroscience of pain interview is now back up on YouTube. Sorry for the protracted wait! bit.ly/DrJPainStem

@hugospiers et al have been doing a fantastic job of getting the globe involved in science research through gaming.. bit.ly/SeaHeroQst

TMS reawakens access to latent memory (link to orig Science paper at end of article) bit.ly/2guWFc1

Parkinson’s disease may start in gut & nose (ie neurons most exposed to environment) 10yrs before it hits the brain! bit.ly/2glBbOL

Quite possibly the strangest sex study i’ve ever read about.. and there is a LOT of competition for that accolade bit.ly/2gGJt4v

 

 

 

 

 

 

 

Over the past few years I’ve been working with ITV Global. It all started a couple of years back when I was invited to give my Sort Your Brain Out and Neuroscience of Negotiation talks for various members of their senior leadership team, both domestically and worldwide. This year and last the focus shifted to my Science of Creativity talk which I gave for their 100+ leaders across the full breadth of the organisation over the course of six live events. After one of these speaking engagements I was approached by an audience member who’d had a question on her mind since falling pregnant shortly after one of the talks I’d given previously (nothing to do with me!). She had noticed that her usually exceptional memory had gradually eroded as the pregnancy progressed. The burning question was: is the phenomenon of ‘pregnancy brain’ fact or fiction and, more to the point, was there any hope of her getting her previously brilliant memory back again? Had she asked me this question a year earlier I would have had to admit that science hadn’t yet addressed the question properly. As it happens her timing was excellent – a brain imaging study had just been published that might just provide the answer she was hoping for. I promised I’d write a blog about it, so here it is…

The groundbreaking study by lead author Elseline Hoekzema and colleagues at the Autonomous University of Barcelona and Leiden University was published in the journal Nature Neuroscience. They used Magnetic Resonance Imaging (MRI) to measure the key changes that take place in the female brain as a result of pregnancy. They found that the grey matter consistently shrinks in brain areas commonly associated with social cognition and the greater the degree of volume reduction in these areas, the deeper the mother-child bond. The brain areas in question included in the Superior Temporal Sulcus (STS) and Inferior Frontal Gyrus (IFG) on the outward-facing surface of the left and right hemisphere, and the Precuneus and medial Prefrontal Cortex (mPFC) of the inward-facing surface where left and right hemispheres meet in the middle. Far from reflecting a withering away of brain areas under assault from the tsunami of hormones that regulate gestation (mothers are exposed to progesterone levels over ten times greater than the highest levels of the normal menstrual cycle and more oestrogen during pregnancy than the rest of their lives put together) the changes actually reflect adaptations specialising the brain for maternal attachment.

Volume reductions were also observed in the hippocampus which could explain the degradation of memory that many women experience during and just after pregnancy. While memory wasn’t rigorously tested (they did a couple of tests but only found a trend towards memory loss) in this particular study, new mothers may take comfort from the observation that while the brain areas involved in social cognition remained two years after completion of the pregnancy, the volume of the left hippocampus had partially recovered (in 11 of the 25 mothers who had not fallen pregnant again). Assuming that the hippocampal volume continues to increase at the same rate, it would fall back into the normal range by around five years after the completion of pregnancy. Given the vital importance of the hippocampus for memory and navigation this seems to be a very promising result.

This study used MRI to scan the brains of 50 women, of which 25 later fell pregnant for the first time. All were re-scanned after the babies were born, or after a similar period of time had elapsed for those who hadn’t fallen pregnant, so that brain structure could be compared before and after. Those women who did not fall pregnant served as the controls in which no significant structural changes were observed. Changes in brain tissue volume were only observed in those women who did fall pregnant confirming that pregnancy was the likely cause of the changes. They also performed an fMRI study looking for brain areas that were more strongly activated by pictures of each mother’s own baby compared to photos of other people’s babies. As there was considerable overlap between the brain areas more strongly activated by the mother’s own baby and those in which the brain volume reductions occurred, it seems likely that it reflects a process of specialisation for maternal attachment rather than collateral damage.  As these areas are commonly associated with the capacity for Theory of Mind, i.e. the ability to see the world from another’s perspective, these changes presumably reflect a tailoring of the mother’s brain to help them better anticipate the needs of their child.

In addition to these monthly blogs I regularly tweet (@drjacklewis) interesting articles about recent breakthroughs in brain science and do a fortnightly Geek Chic’s Weird Science podcast on strange and wonderful stories from the world of science. Season 2 of my television series Secrets of the Brain starts on Insight TV later this month… so if you are in the UK or Ireland have Sky television you might consider setting your box to record the series on HD channel 564 and if you are elsewhere in Europe you will find it on other satellite/cable providers (check which channel it’s on in your country here). If it’s not available on your TV you can also stream it online via www.insight.tv

2016 has been quite a year:

On the 3rd January I went for a dip in a freezing cold lake in the Dutch countryside with a man who has learned to control his immune system using breathing techniques in combination with cold water immersion.

Between January and May I wrote a book Mice Who Sing For Sex with my Geek Chic podcast co-host Lliana Bird. That hit the shelves in October and flew off them in the run up to Christmas.

I flew out to the USA to work with a pair of NFL superstars and a supercar test driver to talk about how high performance athlete‘s brains work compared to the rest of us.

An unexpected opportunity to appear on the sofa with Rylan for Big Brother’s Bit on the Side gave me the opportunity to use five brightly coloured jelly brains as colour code for different brain functions and used them to explain the cause of various errant behaviours exhibited by some of this year’s contestants.

Participating in a debate organised by the Wellcome Trust on the Latitude Festival’s Literature Stage opened my eyes to the Porn Perspective.

My TV highlight has to be a very enjoyable weekend that I spent spy on some unsuspecting guinea pigs with the BBC’s Michael Mosley a TV presenter of considerable experience and acclaim. Meet The Humans (working title) will be broadcast at some point on BBC Earth throughout the world in 2017. I learned a huge amount about what being a TV presenter is really all about and felt truly privileged to work with him and a crack team of Science TV producers and directors from BBC Bristol. Seeing how they all handled what was a huge logistical undertaking, with so many moving parts that innumerable things could have gone wrong, was a real privilege. All hands on deck performed with tremendous competence, efficiency and good humour throughout; even when the pressure was on and Sod’s Law threatened to tip the apple cart.

The most notable achievement of this year career-wise is that, for the very first time, a show I’ve presented has been deemed worthy of a second series; not to mention a runner’s up prize for Best Science Series of 2016 at the Association for International Broadcaster’s Awards. Not bad considering we were pipped to the post by a documentary about a near perfectly preserved 5,000 year old man thawed out from a melting glacier. That’s pretty steep competition and I was only too happy to concede defeat to a series documenting such an extraordinary scientific discovery.

Looking forward to 2017 there’s already plenty of exciting projects in the pipeline. My third book Science of Sin, scheduled for publication next autumn, is coming on leaps and bounds. I’ve wanted to write a book about the light neuroscience might be able to cast on the topic of Why We Do The Things We Know We Shouldn’t for ages. I’m very grateful to Bloomsbury Sigma for the opportunity to immerse myself in such a fascinating and diverse body of science.

Filming for Secrets of the Brain 2 is already underway and, after the intensive period of filming, editing and voiceover ahead in the next four months, that particular seires scheduled to be ready for broadcast on www.insight.tv (ch 279 on Sky) over the summer. Happily it seems we’ve been able to re-recruit most of the team from series one. It is fortuitous that we could get almost everyone back because there really is no substitute for prior experience with this kind of show.

The speaking circuit this year has taken me all over London, to Cheltenham, the Midlands, Barcelona, twice to Cologne courtesy of ITV Global / Germany and as far East as Berlin. My Neuroscience of Creativity talk always seems to go down particularly well and the C-HR festival of Creativity and Innovation, which took place in a beautiful architectural space – an abandoned department store slap bang in the centre of Berlin – was no exception. I must have hit a new Personal Best by answering questions from the audience for longer than the actual duration of the talk itself (90min talk, 150min Q&A)!

Of all the ways I communicate the fruits of neuroscience research to the world, it’s the face-to-face contact with live audiences that I get the most personal satisfaction from. People always seem to have burning questions about their own brains, their kids, their ageing relatives and it gives me great pleasure to share what I know with others. So if you have an event coming up for which you have need of a motivational speaker that brings something a little different to the event, why not get in touch? I’ve got five 60-90 min talks, I can take off the shelf: Boosting Performance, Neuroscience of Decisions, Neuroscience of Creativity, Dealing with Change and even one on Gender Neuroscience that has turned out to be pretty effective at encouraging greater equality in the workplace.

That said I’m always happy to make something bespoke to fit the specific event. I’m always happy to stick around afterward if the crowd fancies making the Q&A a bit more informal.

All that remains to be said is to wish you happy holidays and a fantastic 2017.

If you’d like to follow me on Twitter (@drjacklewis) you’ll get my daily tweets that flag the best of the neuroscience news that hits the lay press. The Geek Chic Weird Science podcast is still going strong after nearly three years, which can be accessed through iTunes, Podbay, Libsyn and many other podcast providers so if you fancy taking a lighter look at the world of science, that’s your badger. And finally, you’re at a loose end over the holiday season and fancy a break from the usual TV fare, then why not catch up on the (nearly) award-winning Secrets of the Brain by pointing your internet towards www.insight.tv (my parents are actually doing that right now…)

Happy Christmas

As we move around in the world we develop a sense of how to get from A to B. This relies heavily on the hippocampus, a brain structure nestled deep within each of the temporal lobes, responsible for many functions vital to cognition such as memory and navigation. This is the brain structure famed for becoming physically larger as a result of all the practice driving around London that the drivers of London’s famous Black Cabs have to accrue before they can pass “The Knowledge.” Whilst their memory for the 25,000 roads and 20,000 major landmarks that enable them to instantly reel off the route they’d take to get from one place to another is extraordinary, for the 33% of those born in 2015 will live long enough to develop dementia at some point in their lives this situation is reversed. Difficulties with navigation, even familiar routes between places visited many times before, is one of the problems in daily life that can herald the approach of full-blown dementia. Understanding the normal trajectory of changes in navigational ability over the lifetime of a health brain is a vital first step. With or without dementia our abilities to memories complex routes becomes slowly but surely compromised by the normal processes of age-related cognitive decline. We need to know what is normal for each age group before we could be in a position to use a steeper than normal decline in navigational ability as an early warning signal, ideally before any memory deficits have had a chance to rear their ugly heads. As our understanding of the metabolic processes that lead to various forms of dementia improve, this early warning could prove to be a vital mechanism in triggering prophylactic treatments early enough to slow down disease progression.

Hugo Spiers, a memory researcher and neuroscientist at University College London, launched a smartphone game in 2016 called Sea Hero Quest, which aims to do just this. Over 2.5 million people have played this surprisingly fun, engaging and challenging game so far, generating the equivalent of an astonishing 9,400 years worth of lab data. The game involves memorising a map of waterways around which a series of numbered buoys have been distributed. Once you’ve planned the journey you’re going to make and tucked it away in your working memory, the map is then taken  away and your job is then to steer your little fishing boat (increasingly customisable as you progress through the game) by tapping the left or right side of the touch screen. The terrain varies from idyllic sandy paradises to rainy, foggy, bumpy rides across perpetually undulating swell. Thanks to the funding from Deutsche Telekom and Glitchers – the tech-gurus who actually created the game – the graphics are beautifully rendered, the gameplay is smooth and unlike most games designed to answer important scientific questions, every aspect of the user experience is highly polished. As was the delivery of the first results announced at SfN 2016 and summarised below by the man himself…

 

 

Personally I was surprised by how hard some of the levels were. I play a lot of brain training games (e.g. PEAK Review, BRAIN AGE 2 Review ), just to keep myself up to date on the latest offerings, and am now accustomed to finding myself able to get maximal scores on most categories of games pretty quickly through daily play. Not Sea Hero Quest. Once I got past the easier earlier levels, I often found myself getting lost in the mist, or going round and round in circles having forgotten how to get from buoy 3 to buoy 4. As a consequence, not only did I help scientists like Hugo Spiers and colleagues from the University of East Anglia and Alzheimers Research UK to generate data (anonymously, you only have to give your age) but I also got an insight into what the future might have in store for me should I become one of the unfortunate 1 in 3 that get clobbered by dementia in my post-retirement years. As you progress from level to level you periodically get to chase down one of a large variety of sea monsters. Having dodged innumerable obstacles along the way the monster in question eventually leaps out of the water at you and your task, is to resist the temptation to hit the button on your camera to take a photo of the rare and exotic sea beast in question, until the very last second when the captured image is at its most aesthetically pleasing.

Overall, I found playing this game great fun, very challenging at times and doubly satisfying knowing that it would, in some small but meaningful way, help science to get some much needed answers about how the human brain keeps track of where it is and where it’s going in health, so we can better understand when this system breaks down in disease.

I would just like to take a moment to applaud @HugoSpiers and collaborators for finding a way to genuinely enable people to #gameforgood. Hats off to you all… your Cannes Lion was thoroughly well deserved!

In addition to these monthly blogs you can get daily brain tweets about other amazing developments in the world of neuroscience by following me on Twitter (@DrJackLewis). And for a fortnightly appraisal of the latest quirkly stories from the wonderful world of science on general there’s always the totally free Geek Chic Weird Science podcast available from iTunes, Podbay, Libsyn and many others.

On the 6th October 2016 the book of the podcast that is Geek Chic Weird Science hit the shelves of bookshops all over the UK. A couple of days prior to this my co-author (and co-presenter of the podcast) Lliana Bird and I threw a little party to celebrate this milestone with a few family and friends.

I’m quite literally just running out the door to record our 60th podcast tonight! For those who’ve never had a chance to listen, every couple of weeks we talk about the latest weird and wonderful science stories to hit the press in the past few days. We tend to favour the conversation starters: the whacky techy tales that people might pull out of the bag around the dinner table, at work/school or in the pub to spark a conversation around the latest strange/surprising scientific discoveries.

By the time we got about episode 50 we had an archive of about 200 or so of these science stories. So we thought: why not write a book. Happily the publisher Little Brown were prepared to publish it under their Orbit imprint and with only four months to bash it out we just about managed to hit the deadline. It’s a bit ragged in places, a few errors and slight inaccuracies here and there, but given the incredibly limited time we had to get it done I think we did a pretty good job.

We’ve had some tremendous reviews from the likes of Brian Cox and the Times Science editor. Some of our stories have already been picked up in the NME and the London Metro. And with Noel Fielding’s beautiful original artwork adorning the front cover we have high hopes for some good sales over Christmas.

We dedicated the book, with love to our parents, but also to Richard Boffin who has been our “sound guy,” editing our podcast, adding the music and sound effects and getting it up on iTunes, libsyn, podbay (click any of these links if you want to have a listen) and various other podcast media month after month for over two years now. Thanks Boff – you’re a legend!

A huge thanks must also go to our thousands of podcast listeners around the world – we’re really grateful for your continued support – and we really hope you enjoy the book, not to mention the quirky and amusing illustrations our talented artists conjured up for us.

Mice Who Sing For Sex by Lliana Bird and Dr Jack is now available to buy online and in all good bookshops like, my personal favourite, Waterstones.

Last summer I was invited by the lovely people at the Latitude Festival to participate in a debate at the Literature Tent on the impact of online pornography on society.

It was chaired by Dr Suzi Gage (@soozaphone) of Bristol (and by now Liverpool) University, known for her popular Guardian science column and podcast Say Why to Drugs. The other panelists were Martin Daubney (@MartinDaubney), former editor of lad’s mag Loaded for eight years and theatre-maker Christopher Green (@Kit_Green) creator and player of comedy Country ‘n’ Western heroine Tina C.

My role was to bring the neuroscience perspective, Martin the media perspective and Chris was taking the arts angle. I got prepared quite a few weeks in advance and was stunned by what I found lurking in the academic literature. So I thought I’d share my main findings with you here in this month’s blog.

When people think of addictions, compulsive consumption of various psychoactive substance is usually the first thing to spring to mind. Much research has demonstrated a hyper-responsiveness of the reward pathway – the ventral tegmental area in the midbrain and nucleus accumbens in the ventral striatum in particular – to drug-related images in the brains of people addicted to recreational drugs like, for example, cocaine. This body of research also demonstrates that the activity generated in the reward pathways of drug addicts to pleasant images of scenes unrelated to drugs, is somewhat diminished compared to non-drug takers. In other words, excessive consumption of drugs seems to subtly rewire the reward pathway so that it becomes more sensitive to visual scenes relating to their preferred recreational drug and less so (than normal) to everything else. It seems this is not just limited to drugs, a similar impact on brain function is seen in people who over-consume porn too.

It is important to bear in mind that the reward pathway is not only important for generating feelings of happiness when we participate in pleasurable activities, but it’s also instrumental in predicting what choices might bring us rewards in the future, which means it is critically involved in decision making. It’s role in helping us evaluate the benefits of one option over another extends to the point where this system, in combination with other nearby brain areas, can be thought of as providing the very drive that motivates us to pursue one course of action over another.

In recent times, research into excessive consumption of various products accessed through the internet – online gaming, gambling and pornography, to name but a few – also leads to behaviours that have all the hallmarks of addiction, not to mention the altered neurological responses outlined above. There has been some resistance to this idea in various academic communities, but the movement to have these “arousal” addictions included in handbooks of psychiatric illness symptom classification, and in particular the DSM-5, is starting to gather momentum.

On the basis of a huge survey investigating the pornographic consumption and sexual experiences of 28,000 Italian teenagers it seems that, for about one in ten boys who consume explicit online pornography on a daily basis, the habit is interfering with their ability to engage in real life sexual activities:

It starts with lower reactions to porn sites. Then there is a general drop in libido, and in the end it becomes impossible to get an erection

Carlos Forsta, President of the Italian Society for Andrology and Sexual Medicine.

This may at first glance seem to fly directly in the face of the stereotype of the ultra-horny teenage boy, brimming full of the very sex hormones that would usually ensure a hair-trigger sexual response to any possibility of coitus. But in light of research conducted many years ago by joint winner of the 1973 Nobel Prize for Physiology or Medicine, Nikolaas Tinbergen, it starts to make a lot more sense. In experiments conducted with “supernormal” stimuli, he observed that birds preferred to sit on larger than normal and / or more colourful eggs constructed from plaster, rather than their own real eggs. Similarly, herring gull chicks would peck harder and more often at a fake adult herring gull beak with brighter or more numerous red spots than the real thing, in a vain effort to elicit a regurgitated dinner. The point is that the larger than real life stimuli seem to have short-circuited the birds’ primal instincts leading to a preference that would ultimately be deleterious to the survival of the bird’s progeny.

It seems that the ubiquitous availability of explicit internet pornography is leading to a similar scenario in modern day internet addicted teenage boys. A subconscious preference for artificial, supernormal, explicit porn over actual sexual partners seems to be occurring with alarming regularity in adolescents who let their penchant for titillating pornographic films get out of control. In his TED talk entitled “Why I stopped watching porn” Ran Gavrieli gives an excellent and compelling account of some of the key differences between what pornographic films actually show and the relatively tame sensory stimuli involved in genuinely satisfying, intimate sexual behaviour between consenting adults.

Essentially, he points out that themes typically conveyed on free online porn sites, such as female subordination and extreme close ups of penetration to name but a few, are the human sexual equivalent of the brightly coloured, super-sized eggs and beak markings from Prof Tinbergen’s experiments (just not in so many words!). Porn is a supernormal stimulus, dominated by explicit close ups of penetration that you simply can’t reproduce in reality (the penis and eyeballs will always be separated by a set distance, unless you are exceedingly flexible, of course). Inevitably the real thing pales into insignificance by comparison after sufficient daily use of explicit porn of virtually infinite variety. No wonder boys are struggling to get it up!

This isn’t to say that there is no place for pornography in society. Regardless of your attitudes on this topic, it certainly isn’t going away any time soon. However it may be useful for porn fans to bear in mind the concept of everything in moderation. Once one genre of porn is no longer arousing there are many other categories to choose from. Once the relatively soft porn is no longer stimulating, casual browsing will always yield more explicit options. Eventually the kind of sexual activities we are likely to have access to in real life become insufficient to yield an erection for long enough to reach climax, which will inevitably lead to relationship problems. And nobody wants that.

The good news is that abstinence from pornography is usually sufficient to enable normal biological sexual function to eventually return. Interestingly, in older men this takes two months, whilst in younger men it can take much longer: four to five months. Find out more in the Latitude Podcast of the Porn Perspective Debate.

In my 8 years of presenting / contributing as an expert to TV shows I’ve appeared on every British terrestrial television channel and half a dozen or so international cable and satellite channels. My most recent series Secrets of the Brain is available to be streamed for free from anywhere in the world on the dedicated ultra high definition digital channel insight.tv (also on sky channel 279 in the UK). It’s without a shadow of a doubt the best presenting work I’ve done so far and it even got shortlisted for an AIB award.

Here’s my brand new showreel dedicated entirely to SotB.

Hope you like it…