8.8K
SCYour Brain Has a Secret…
Beautiful Animation by @xavork 👈
#psychologyfacts #brainfacts #mindblowing #sciencefacts #viralreels
#deepthoughts #neuroscience #reels #explorepage
@science_learning.point
#Polymathic Brain Development Research
Mira videos de Reels sobre Polymathic Brain Development Research de personas de todo el mundo.
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18Reels en Tendencia
(12)
588.6K
DRUPDATE: This live has now ended. Thank you for joining us ❤️ Explore the Changing Boxes Collection at the link in our bio.
Instagram Live TODAY, Friday, October 25! Join Dr Joe here on Instagram for the Changing Boxes Short Meditation LIVE from our Orlando, FL, Week Long Advanced Retreat. The meditation is 20-minutes long, and we’ll start at approximately 1:30 p.m. EDT! Stay tuned to Instagram stories for updates.
@drjoedispenza
96.6K
PAScientists are using AI neural nets to detect new regions in the mouse brain. #science #tech #ai #research #education #learn #education
@parthknowsai
81.6K
THI genuinely think everyone should know the basics of neuroscience.
Because our brain is what’s actually creating our reality, without us even knowing it!!!
Let me know if you have questions and if I should do a part 2! 🧠🥳👇🏽
#changeyourlife #neuroscience #reprogramyourmind #rewireyourbrain #manifestyourdreams
@thesabahali
5.6K
CH🔥 Why Being a Polymath Gives You the Edge
🧠✨ The most successful people aren’t just masters of one skill… they’re polymaths. When you develop abilities that use both your left (logic) and right (creativity) brain, you not only strengthen your mind but also stand out in your main career.
Yes, you need to choose a lane and go deep. But if you only stay in that lane, you risk missing blind spots. Developing hobbies and different skills in other areas makes you sharper, more creative, and more adaptable 🚀.
So here’s the question: Are you developing yourself to become a polymath, or are you staying in just one lane? 🤔
#MondayMotivation #Polymath #LifelongLearning #PeakPerformance
@christopherdedeyan
120.9K
TIYour brain isn’t done being a teenager until you’re 32. Science just said so.
Cambridge researchers mapped brain development across 4,000 people from newborns to 90-year-olds and found that your brain’s adolescent phase doesn’t end until your early thirties.
Before that? Your brain is in its longest developmental phase refining, pruning, strengthening connections, trying to make all the regions work together efficiently. And then at 32, things shift. Intelligence and personality development level off. You become more you, for better or worse.
So if you’re in your twenties feeling like you should have it all figured out? Your brain is literally still in its adolescent phase. You’ve got time.
Full breakdown in the video including why certain conditions emerge at specific ages and what happens at 66 and 83. Read more here: “Topological turning points across the human lifespan” published in Nature Communications
#science #brain #neuroscience #research
@tilscience
108.5K
SIComment “Brain” and I will DM you the episode directly
Dr. Muotri’s research on brain organoids and neurodevelopment is extraordinary, but what struck me most was how personal this work is for him.
Dr. Alysson Muotri is a world-leading geneticist and pioneering neuroscientist whose research has reshaped how we understand the human brain. He is a Professor of Pediatrics and Cellular & Molecular Medicine at the University of California, San Diego, and Director of UCSD’s Stem Cell Program. With a Ph.D. in Genetics from the University of São Paulo and a prestigious Pew Fellowship completed at the Salk Institute, Dr. Muotri has spent his career at the forefront of regenerative neuroscience and human brain evolution.
In this episode, we get into why he’s trying to reconstruct the human brain in a lab, how brain organoids are transforming our ability to study and potentially reverse brain-based illnesses and neurodevelopmental differences, such as autism, epilepsy and Alzheimers, and the emerging field of biocomputing and “organoid intelligence.”
🎧You can watch the full episode of I’ve Got Questions on YouTube, Spotify, Apple Podcasts, or wherever you get your podcasts
@sineadbovell
290.7K
NOUn grupo de científicos españoles descubren un avance que podría explicar el origen del autismo
@noticiascuatro
606.0K
KY10-second memory consolidation technique #memory #studying #neuroscience
@kyleinspires1
208.4K
KYPeople who talk out loud complete tasks 25% faster with fewer errors #selftalk #intelligence #neuroscience #brain #cognition
@kyleinspires1
3.0M
HUA BRAIN AREA CONTROLLING WILLPOWER & HOW TO ACTIVATE/INCREASE IT•
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A long-standing question is whether or not willpower is best accessed by facing challenges through a sense of grit, or moving towards things that we enjoy. On the episode of the Huberman Lab podcast out now I discuss the science of willpower, both from the experimental psychology and neuroscience literature.
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I discuss a remarkable (and robust) set of findings showing that a brain area called the anterior mid-cingulate cortex (aMCC) seems to largely control our sense of willpower. What is especially exciting is that forcing oneself to do
something when we are least motivated to do it leads to long-standing increases in the size of this structure and its connectivity with related circuits in the brain that control willpower.
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I review the details and protocols surrounding those data in the episode, but suffice to say that if you enjoy an activity, it won’t increase your level of willpower, even if it’s challenging whereas, if something feels like a real strain, then it will increase your willpower for all things. Activation of this brain structure also may be related to brain longevity.
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NOTE: Of course you want to avoid doing things that are psychologically or physically damaging(!) but if you’re interested in building up your willpower, you can’t just challenge yourself to do more of the same work/exercise etc; you have to push into the realm of true psychological strain aka against the “I don’t want to”.
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For those interested in the science of willpower, and how to improve it, the protocols in the episode ought be of interest.
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You can find the episode in all formats at hubermanlab.com. It is timestamped so that you can navigate easily to the topics most of interest to you.
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Meanwhile, please put any questions you have in the comments section below this post, and as always, thank you for your interest in science!
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@hubermanlab @stanford.med @stanford @nihgov @nimhgov @societyforneuroscience @cellpress
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#neuroscience #science #neurosciencia #ciencia #brain #neuroplasticity #psychology #cingulatecortex #willpower #motivation #tenacity #exercise #grit
@hubermanlab
6.8K
NECambridge scientists explore how genes on the mother’s X chromosome may play a leading role in shaping your brain.
Scientists Confirm that Intelligence in Kids Comes from their Mother due to the concentration of intelligence-linked genes on the X chromosome (women have two, men have one).
#trending #reel #insta
@newsblaremedia
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#Polymathic Brain Development Research es una de las tendencias más populares en Instagram ahora mismo. Con más de thousands of publicaciones en esta categoría, creadores como @hubermanlab, @kyleinspires1 and @drjoedispenza lideran con su contenido viral. Explora estos videos populares de forma anónima en Pictame.
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