@mitra_deepak

“Leadership, sales, and market lessons from real experience—not theory.” #leadership #rural #startup -Views are personal

[@mitra_deepak @mitra_deepak]

@RRS_InnerVoice good write up. i agree, protest is one thing, but making it political drama is not good

[@mitra_deepak @mitra_deepak]

https://t.co/bFobr1py2q

[@mitra_deepak @mitra_deepak]

@hvgoenka Job need to finish... Ghar bhi chalna hai 😂

[@mitra_deepak @mitra_deepak]

https://t.co/ztCz7RUIf2

[Ihtesham Ali @ihteshamali]

A neuroscientist at UC Irvine spent 60 years proving that your brain has a separate memory system for emotional events, and you can hack it to remember almost anything you want.

His name is James McGaugh.

He founded the Center for the Neurobiology of Learning and Memory at the University of California, Irvine, and he has been running experiments on how the brain decides what to keep and what to throw away since 1959. The finding he spent his entire career building, refining, and defending should change how every person on Earth thinks about learning.

The discovery started with a question almost nobody else was asking in the early 1960s. Why is it that you can read an entire textbook chapter and remember almost nothing three days later, but you can recall in vivid detail what you were doing the moment you heard a piece of devastating news from years ago.

The two memories were stored by the same brain in the same skull, and yet one was almost completely erased while the other was preserved frame by frame. McGaugh was convinced that something specific had to be happening in the brain to explain the gap, and he spent the next six decades chasing it.

The first major piece of evidence came from a simple animal experiment that almost ended his career when he proposed it. He trained rats to perform a task, and then immediately after the training he injected them with a stimulant drug. The rats who received the injection remembered the task far better than the rats who did not, even though both groups had performed identically during the actual learning.

The drug had not made the rats smarter or faster. It had been administered after the learning was over. Something about the chemical state of the brain in the minutes following a learning event was determining whether the memory survived or vanished.

This was the moment the entire field of memory consolidation was born. McGaugh had proven, against decades of consensus, that memories are not formed at the moment of the experience. They are formed in the hours that follow, and the chemical environment of the brain during that consolidation window decides what gets kept.

The next 50 years of his lab's work mapped out exactly which chemicals were doing the work. The answer turned out to be the stress hormones your body releases when something emotionally significant happens. Epinephrine. Cortisol. And most importantly, a neurotransmitter called norepinephrine, which floods a specific part of your brain called the basolateral amygdala the moment you feel anything strongly.

The amygdala is the small almond-shaped structure deep inside your brain that processes emotion.

McGaugh and his colleagues proved that when this region is activated by emotion, it sends a signal to the hippocampus, which is the brain region responsible for forming new memories, and that signal physically strengthens the consolidation of whatever you were experiencing in that moment.

Emotionally charged events get stamped into the brain with a flood of hormones that say keep this. Neutral events get filed without the stamp and are quietly thrown away over the next few days.

The experiment that made the mechanism unmistakable was published in 1994 by McGaugh's collaborator Larry Cahill, who had trained at the same lab. He showed participants a series of slides that told a story. Half of them saw a neutral version of the story where a boy and his mother visited a hospital.

Half of them saw an emotional version where the boy was hit by a car and rushed to the same hospital. The slides were almost identical. The narration was different.

Two weeks later, the participants were brought back and tested on how much they remembered. The emotional group recalled the middle of the story, where the trauma happened, with significantly higher accuracy than the neutral group recalled the same middle slides. The story was the same. The images were the same. The only thing that had changed was whether the brain was emotionally activated while encoding the information.

Then Cahill ran the experiment again. This time he gave half the emotional group a drug called propranolol, which blocks the action of norepinephrine in the amygdala. The drug did not interfere with their thinking. It did not make them sleepy. It just shut down the chemical pathway McGaugh had spent decades mapping. And the emotional memory advantage disappeared completely.

The group on propranolol remembered the emotional story no better than they remembered the neutral one. The hormone was the difference. Block the hormone, and the brain stopped stamping the memory.

This is the framework McGaugh built over 60 years. The brain has a two-track memory system. The default track is for neutral information, and it is leaky on purpose because most of what your brain processes in a given day is not worth keeping.

The emotional track is for information that arrives with a chemical signal that says this matters, and it preserves the experience with stunning detail because evolution decided that anything emotionally significant was probably important for survival.

The implication is the part almost nobody talks about, and it is the reason this research should be on the wall of every classroom and study room.

If you want to remember something, you have to give your brain a reason to flip the emotional switch on while you are learning it. Information delivered in a flat, neutral, low-stakes environment will be processed through the leaky default system regardless of how many times you re-read it. Information delivered with curiosity, surprise, stakes, embarrassment, awe, or even mild stress will be processed through the emotional system, and the same brain will hold onto it for years.

This is why the lecture you were forced to sit through evaporated by the end of the week, while the question you got humiliated by in front of the class is still perfectly preserved 15 years later. The humiliation was the chemical stamp. The lecture had none.

People who remember enormous amounts of what they read are not gifted. They are emotionally engaged with the material in a way most learners never become. They argue with the author in the margins. They feel actual frustration when something does not make sense. They get genuinely excited when a concept clicks. The frustration and the excitement are not side effects of learning.

They are the mechanism of learning. Every emotion you feel while reading is a small dose of norepinephrine being released into the amygdala, telling the hippocampus to stamp this page into long-term storage.

The fix is almost embarrassing in its simplicity.

Stop trying to absorb information neutrally. Pick a question you actually care about answering before you open the book. Argue with the material as you read it. Get angry at the parts that feel wrong. Get curious about the parts that surprise you. Try to explain what you learned to someone who would push back on it. Care about the outcome.

Your brain was never designed to remember neutral information. It was designed to remember anything that made you feel something. McGaugh spent 60 years proving that the rest is almost a rounding error.

The voice in your head that tells you to study harder is wrong.

The one that tells you to study warmer is the one your brain actually listens to.

[@mitra_deepak @mitra_deepak]

I don't like yes man...

#leadership #organization

[@mitra_deepak @mitra_deepak]

https://t.co/QDKk49KScX

[Praneetha EcoCables @ecocables76251]

A huge thank you to all the Guests, EPC Partners, Solar manufacturing clients, Prospective Channel Partners and Installers who visited our Praneetha Ecocables stand at The Smarter E India.

We’re only a click away.👇
https://t.co/2rDnxcKCUb

#PraneethaEcoCables #PowerSolutions

[@mitra_deepak @mitra_deepak]

@ecocables76251 Happy Holi

[Praneetha EcoCables @ecocables76251]

Wishing everyone a vibrant and joyful Holi!
May this festival of colors fill your lives with happiness, prosperity, and positivity.
Happy Holi to our valued clients, partners, and team!
#HappyHoli #SustainableFuture #EcoFriendly #PraneethaEcoCables

[@mitra_deepak @mitra_deepak]

#happyholi2026

[@mitra_deepak @mitra_deepak]

Quote of the Day by Lao Tzu: 'When you are content to be simply yourself and don't compare or compete, everyone will respect you'.

#leadership

[@mitra_deepak @mitra_deepak]

@hvgoenka I found AI has ease out many things, but it can't replace the originality of the human brain.

[Harsh Goenka @hvgoenka]

Scrolling LinkedIn, reading newspaper articles, browsing magazines, I can’t tell who’s written what anymore. It’s the same structure, same rhythm. Your rough edges are your signature and originality. Make misstakes. Be human. Dont lose who you are, to AI.

[@mitra_deepak @mitra_deepak]

#RIP #AjitPawar

We will miss your contributions.

[@mitra_deepak @mitra_deepak]

@thebetterindia Love it

[@mitra_deepak @mitra_deepak]

@nitin_gadkari #HappyRepublicDay2026 #VandeMataram150

[@mitra_deepak @mitra_deepak]

@priyankagandhi #HappyRepublicDay2026 #VandeMataram

[@mitra_deepak @mitra_deepak]

@AmitShah @BJP4UP गणतंत्र दिवस की बहुत बहुत सुभेच्छा

[@mitra_deepak @mitra_deepak]

@MohanMOdisha @CMO_Odisha #HappyRepublicDay2026 #VandeMataram ଗଣତନ୍ତ୍ର ଦିବସର ବହୁତ୍ ବହୁତ୍ ଶୁଭେଚ୍ଛା

[@mitra_deepak @mitra_deepak]

@moneycontrolcom #HappyRepublicDay2026