The Mechanical Basis of Memory - the MeshCODE Theory.

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Carlos E. Perez

@IntuitMachine · X

A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Alice_486

@Alice__486 · X

如果假说为真，人的记忆就是二进制的，海马体当RAM，皮层存储结构类似于SSD，深度睡眠是为了整合短期记忆，REM动眼期则是把“内存”中的内容读入“硬盘”，变为长期记忆，睡眠不足就会爆“内存”…… 如果不是发在期刊上，我可能真的会当成科幻来看 https://t.co/MhjmuMN6U1 https://t.co/jsKQ4YX6V9

MJ

Matt Jones

@DrMCJones33 · X

Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oKvnYfyrUo

FN

Frontiers - Neuroscience

@FrontNeurosci · X

New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological science concerns the question of where and in what form information is stored in the brain. I propose that… https://t.co/PmdoqTc4Au #Molecular #Neuroscience

Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at the postsynaptic density via direct interaction with PDZ domains" Instead of a

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CLaE

@leafs_s · X

Frontiers in Molecular Neuroscience The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/7ZZjyb6a4n

RT @bengoult: Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at…

RT @bengoult: Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at…

RT @bengoult: Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at…

RT @bengoult: Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at…

Excited to share our new study @biorxivpreprint "Cyclin-dependent kinase-like 5 (CDKL5) binds to talin and is anchored at the postsynaptic density via direct interaction with PDZ domains" Instead of a

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T.Theodorus Ibrahim

@theodorus5 · X

@emilkendziorra 4. Magnetite Prions - https://t.co/YtbVTPob6H 5. Talin protein MESHCode - https://t.co/WStPMuAZEC 6. Perineural Net - https://t.co/vfMmshNtoV 7. RNA - https://t.co/AM3TdkMyz6 8. Tripartite Synapse: Stronger glial involvement

Aア

AmericanSpirit_JP | アメおじ

@detroitbcm · X

@npp_bo 直近の研究では脳のシナプスも1と0のバイナリコードで演算や記憶処理を行っている可能性が示唆され、イーロン氏が進めているニューラリンク社のデバイスと併せて感覚の数値化へ一歩前進しています その内、新しい形での再生機器が生まれるのを心待ちにしてます

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weeb

@TenshiUnit62822 · X

https://t.co/8hFQNYn55U

は菊

はげひげ（菊仙人）

@96hage · X

こういうことならわかりやすいですけど、さて、どうですかね https://t.co/oGFOWfrSlj

さ

さにゆー

@aKa_Sanity · X

@kamemiya_sub https://t.co/VM5pEX0trh 私も昔似たようなことで調べたりした時に見つけた論文なんだけど、どうやら脳みその記憶機能もバイナリー形式でタンパク質に書き込まれるらしい

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T.Theodorus Ibrahim

@theodorus5 · X

@VidaVakil @DimaKrotov https://t.co/pKSEmeBvJ5

Will be discussing memory molecules and how we found them. https://t.co/YFwDj2vj7H

Y松

Yuki Matsushita （松下雄樹）

@yk_mtst · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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CopperKettle

@Artyom_Yekat · X

@CarstenSchulte4 According to the #meshCODE hypothesis, talin is used to store memories in the brain https://t.co/mF8k9QQSz1

RT @bengoult: An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows th…

RT @bengoult: An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows th…

An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows the talin R3 binary switch switching from a 0 to 1 state. @sfhbarnett Taken from our new paper https://t.co/NX9EjL3ci0 https://t.co/M8dxFPNkSS https://t.co/pExSLCqfl8

Totally out of my field, but some awesome videos on Talin mechanobiology and the MeshCODE theory @bengoult MeshCODE to Scale - Video 1 "A force-dependent binary switching event in... https://t.co/hR7uaYEmRc via @YouTube

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Ben Goult

@bengoult · X

@barrygoldman1 @theHessam @neuralreckoning @J_Cell_Sci The original MeshCODE paper is here which has more info. https://t.co/XUyxPpoOip

SK

School of Biosciences, University of Kent

@biokent · X

Discover more about #MeshCODE in @bengoult animation videos. https://t.co/Hmb6DGfsVt These videos accompany the original MeshCODE paper, "The Mechanical Basis of Memory – the MeshCODE Theory" (link via YT video) @UniKent

https://t.co/bXe6Oh82jc

RT @bengoult: "Zone of Activity" This video shows how a binary coding in the memory molecule talin can control where and when enzymes are…

RT @bengoult: "Zone of Activity" This video shows how a binary coding in the memory molecule talin can control where and when enzymes are…

RT @bengoult: What does a binary switch in a protein molecule actually look like? This video we made shows a force-dependent binary switchi…

RT @bengoult: What does a binary switch in a protein molecule actually look like? This video we made shows a force-dependent binary switchi…

What does a binary switch in a protein molecule actually look like? This video we made shows a force-dependent binary switching event in a talin memory molecule. Talin contains 13 such switches. "MeshCODE to Scale - Video 1" @sfhbarnett https://t.co/41wzpwNzCx

Just like this goat can only eat grass within the zone dictated by the length of its rope from the tether point. Enzymes that are tethered have discrete zones of activity which can be moved by moving the tether point. https://t.co/IkTxjyAYdx https://t.co/9Gc3Lsh6RU

Talin is always drawn as a compact molecule ~60 nm in height even as the binary switches open and close. In reality a talin molecule undergoes huge transformations in length, from 80-800 nm, in quantised 40 or 50 nm steps. https://t.co/xTPiR3tmWs, https://t.co/yY8WU4RK1k https://t.co/GdwAx522Bd

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Ben Goult

@bengoult · X

Last year I published the #MeshCODE theory, where I proposed that memory is mechanical in nature, stored in binary format in the shape of information-storing talin molecules in the synaptic scaffolds https://t.co/XUyxPpGpGZ https://t.co/FEDOpuc2JM

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Adam Obr

@obradam · X

@RadekL3 No jo, když já si to píšu tak ze srandy po večerech. Ohledně paměti - je to je teorie. Počtěte

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DSpan79

@DSpan79 · X

@jamesgiammona @davidad @robbensinger Finally, a reason to be somewhat skeptical of giving more weight to electron micrographs images vs demonstrations of functional viability (we still aren’t really sure how LTM works): https://t.co/sTEN5pNVVh.

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Daniel Pérez

@DanPerez0 · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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DSpan79

@DSpan79 · X

@robinhanson It’s still early days but I wouldn’t be surprised if MESHcode theory (which is compatible with current orthodoxy) is proven correct. https://t.co/sTEN5pNVVh.

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Ben Goult

@bengoult · X

@pjie2 @DoctorZen I tell you, memory is mechanical! https://t.co/XUyxPpGpGZ

MS

Maidstone Grammar School

@MGS1549 · X

Today, Year 12 & 13 Psychology and Biology students attended a lecture from Dr Goult, School of Biosciences, University of Kent, on The Mechanical Basis of Memory – the MeshCODE Theory. Further reading - https://t.co/bMAfIjHFvu https://t.co/xpA5UviEkN

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Carsten Schulte

@CarstenSchulte4 · X

RT @bengoult: The accompanying poster provides an infographic of the concept of mechanical memory, through talins 13 binary switches. It pr…

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Ben Goult

@bengoult · X

The accompanying poster provides an infographic of the concept of mechanical memory, through talins 13 binary switches. It provides an illustration of the concept of the #MeshCODE theory of a mechanical basis of memory. https://t.co/XUyxPpoOip

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Travis Statham

@Travis_Statham · X

I just posted "The Mechanical Basis of Memory – the MeshCODE Theory "the conversion and storage of sensory and temporal inputs into a binary format would constitute an addressable read-write memory system, supportin..." on Reddit https://t.co/aa1qazh958

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Chris Glanden

@ChrisGlitz · X

Are our brains binary? New theory says yes. https://t.co/8gym4kRNHd

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gdurgarao

@Dr_G_durgarao · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

SK

School of Biosciences, University of Kent

@biokent · X

RT @bengoult: DevMech Chile seminar "Does our brain store memories in binary format?" 23rd June 2021 @biokent @devmechcl https://t.co/sNaE…

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Simon Moore

@sjmoore505 · X

RT @bengoult: DevMech Chile seminar "Does our brain store memories in binary format?" 23rd June 2021 @biokent @devmechcl https://t.co/sNaE…

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Ben Goult

@bengoult · X

DevMech Chile seminar "Does our brain store memories in binary format?" 23rd June 2021 @biokent @devmechcl https://t.co/sNaEL35C8U #MeshCODE #talin https://t.co/XUyxPpGpGZ https://t.co/5Vqhez7Qhe

SK

School of Biosciences, University of Kent

@biokent · X

RT @bengoult: I really enjoyed this Instagram Live with @IFLScience last week talking about the MeshCODE theory. #meshcode #memory #talin @…

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Ben Goult

@bengoult · X

I really enjoyed this Instagram Live with @IFLScience last week talking about the MeshCODE theory. #meshcode #memory #talin @biokent https://t.co/Bh6Xkdlitg https://t.co/XUyxPpGpGZ https://t.co/TWR4oU1NBx

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そそらそら

@KxqIGBPf8BMBxZ6 · X

RT @drgoofy_: 参考文献 https://t.co/iHWyQUSWGJ もちろん倫理的な話もあると思うけど、物は使いよう。ヘルスケア分野に応用できれば、いま苦しんでいる人が健やかに生活できるようになるので、こういう研究はどんどん進んで欲しい。

Dグ

Dr.グーフィー

@drgoofy_ · X

参考文献 https://t.co/iHWyQUSWGJ もちろん倫理的な話もあると思うけど、物は使いよう。ヘルスケア分野に応用できれば、いま苦しんでいる人が健やかに生活できるようになるので、こういう研究はどんどん進んで欲しい。

魔渡

『魔法の聞き方』渡辺直樹

@mahounokikikata · X

RT @mahounokikikata: 自然から生まれたヒトが、コンピュータと似た方法で記憶しているという記事。 なにげに脳は、細胞の圧力を使い分子の形をスイッチのように変えることで、情報をコード化してタンパク質に書き込むという、おそるべし方法で情報を記録していく。 「で…

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pooooodf

@podf14 · X

RT @Alice__486: 如果假说为真，人的记忆就是二进制的，海马体当RAM，皮层存储结构类似于SSD，深度睡眠是为了整合短期记忆，REM动眼期则是把“内存”中的内容读入“硬盘”，变为长期记忆，睡眠不足就会爆“内存”…… 如果不是发在期刊上，我可能真的会当成科幻来看 ht…

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Hodumi

@SanBonLine_ltd · X

https://t.co/0UdI0xLsPU

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Ben Goult

@bengoult · X

Furthermore, these mechanical linkages provide a way to encode mechanical memory as a function of the switch patterns, altering the integrin-adhesion complexes signalling and dynamics as a result. Mechanomemory is described in the MeshCODE theory. https://t.co/XUyxPpGpGZ 10/11

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Adam Obr

@obradam · X

@gerdosi Mechanobiology is fascinating and has a lot to offer, I believe. Perhaps you'd enjoy this piece https://t.co/Ba5oWPXVdn

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Ben Goult

@bengoult · X

@SusannaLHarris That proteins that contain mechanical switches can store information persistently in a binary format. Our research is to see if memories might be stored as binary in the shapes of these molecules as they scaffold each and every synapse https://t.co/XUyxPpGpGZ #MeshCODE https://t.co/FOaM3K7kCH

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Ben Goult

@bengoult · X

@keithfrankish https://t.co/XUyxPpGpGZ

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Shubhasis Haldar

@HaldarShubhasis · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

K反

Kristall Wang（接受所有回fo）#StopWar（反射弧很长）

@Kristall_Wang_ · X

RT @Alice__486: 如果假说为真，人的记忆就是二进制的，海马体当RAM，皮层存储结构类似于SSD，深度睡眠是为了整合短期记忆，REM动眼期则是把“内存”中的内容读入“硬盘”，变为长期记忆，睡眠不足就会爆“内存”…… 如果不是发在期刊上，我可能真的会当成科幻来看 ht…

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Ben Goult

@bengoult · X

@LumRamabaja @PPathole @elonmusk Thanks! I think the concept that memories are stored in the shapes of information-storing molecules will take a while to catch on, as the dogma seems pretty locked in. I am optimistic we will prove it soon. https://t.co/CurWe9U631 https://t.co/jYMWfyHovp

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Ben Goult

@bengoult · X

@PPathole @elonmusk Our research found proteins in neurons with mechanical switches that can encode binary data. Information and memories might be written into the shapes of these molecules that scaffold each synapse, with this #MeshCODE updated by every action potential. https://t.co/XUyxPpoOip

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Ben Goult

@bengoult · X

@KennethHayworth @DSpan79 @aeronlaffere In fact to me, it seems more unfeasible that the brain would have such a beautiful mechanical signalling machinery and network of information-storing molecules built into its synapses but not be using it. https://t.co/XUyxPpGpGZ

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Ben Goult

@bengoult · X

@KennethHayworth @DSpan79 @aeronlaffere The last sentence of the MeshCODE theory paper considered just this. https://t.co/CurWeabHrB https://t.co/gUxmmnw9lU

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Ben Goult

@bengoult · X

@KennethHayworth @DSpan79 @aeronlaffere Dear Ken, would you be up for chatting about this? I really like the aims of your foundation and the MeshCODE theory has some exciting (testable) potential implications for your work at the BPF. https://t.co/CurWeabHrB https://t.co/tl0xHJlh7B

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Şen Lab

@TheSenLab · X

How is memory stored? @bengoult has a brilliant theory for the molecular basis of memory storage. https://t.co/04fQEtV5MU and https://t.co/Z5pmx6QBOI via @YouTube

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Dr. S Sengupta

@sengupso · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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DSpan79

@DSpan79 · X

@KennethHayworth @aeronlaffere Ken I have a layperson question. Is the resolution of the electron microscopy high enough to determine the preservation of conformational structures in Talin which may be a critical component of LTM storage? https://t.co/toIEvmWd3b

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Ben Goult

@bengoult · X

@DeanRadin Our recent research into the mechanical basis of memory (where information is stored in the shape of molecules) has led me to some interesting thought experiment, one of which is to consider the concept of a conscious universe. #MeshCODE https://t.co/CurWeabHrB

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Alek Erickson

@AlekErickson · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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Ben Goult

@bengoult · X

@rustyrockets Interesting thought for you Russell. Our research @UniKent has found that you, Bear and that swan (actually all animals) have a complex array of binary switches in your brains. I reckon these tiny switches are how we store and process information #MeshCODE https://t.co/XUyxPpGpGZ

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Ewen Marshall

@EwenMarshall · X

RT @bengoult: How memories are stored. The MeshCODE theory provides a novel concept for organic data storage in the brain where the array…

魔渡

『魔法の聞き方』渡辺直樹

@mahounokikikata · X

自然から生まれたヒトが、コンピュータと似た方法で記憶しているという記事。 なにげに脳は、細胞の圧力を使い分子の形をスイッチのように変えることで、情報をコード化してタンパク質に書き込むという、おそるべし方法で情報を記録していく。 「できない人」は存在しない。 https://t.co/EFZjtobia6

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Ben Goult

@bengoult · X

@WilliamShatner Happy Birthday!

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Plumodes

@plumodes · X

https://t.co/88xHxnWL9Q My sciencey friend sent me this article. https://t.co/aqWpESzH1n

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Чем занят президент

@presidentstyle · X

RT @FrontNeurosci: New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological sc…

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Katarina Prozorova

@ikatarinai · X

«The Truth Is Out There» :) The Mechanical Basis of Memory – the MeshCODE Theory @bengoult #neuroscience #signalprocessing #intelligence https://t.co/IiL1XnFzij

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Pink Program

@PinkProgram1 · X

RT @LifeboatHQ: The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/MgRRdIIAuI

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Lifeboat Foundation

@LifeboatHQ · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/MgRRdIIAuI

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nanasawa

@nanasawa03 · X

https://t.co/kvZ7sOaE6K これは仕事&趣味

김K

김상길 Sanggil Kim

@sanggil_kim · X

인용 + 메모_ "한줄 요약 : 시냅스에 있는 탈린 이라는 단백질 분자가 압력에 의해 접혔다 펴졌다 하면서 0과 1의 상태가 되는데, 이걸로 뇌의 기억이 작동한다고 함" https://t.co/bsc0vue0Xe https://t.co/OvAXVeMMph

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DevHunterAI

@DevHunterYZ · X

RT @IntuitMachine: A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Pirata

@v4vent · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/O6HCDC1ZVi

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ITProfligate

@ITprofligate · X

RT @IntuitMachine: A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Mircea Trifan

@mobilepixel · X

RT @IntuitMachine: A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Mate(usz) =

@MattMalisiewicz · X

RT @IntuitMachine: A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

九H

九路取四二Tony!Hawk!

@haiwang42 · X

RT @IntuitMachine: A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Carlos E. Perez

@IntuitMachine · X

A hypothesis of memory storage in the brain: https://t.co/3igKyE3gAN?

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Angela Barnett

@Angela_Biochem · X

RT @FrontNeurosci: New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological sc…

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Silvia Sánchez-Ramón

@SilviaSchzRamon · X

RT @FrontNeurosci: New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological sc…

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CARU

@CARUpage · X

RT @FrontNeurosci: New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological sc…

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Raymond Vazquez, PhD

@rayhv11 · X

https://t.co/2u6lZjLpFx

VV

Verónica Vaquer

@vaquer_que · X

RT @FrontNeurosci: New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological sc…

FN

Frontiers - Neuroscience

@FrontNeurosci · X

New Research: The Mechanical Basis of Memory – the MeshCODE Theory: One of the major unsolved mysteries of biological science concerns the question of where and in what form information is stored in the brain. I propose that… https://t.co/PmdoqTc4Au #Molecular #Neuroscience

꼬

̤꼬기

@gg0_g1 · X

뭔가 재밌는 연구가 나왔음. 사람의 기억 저장 방식도 컴퓨터처럼 2진법식일 수 있다는 내용. https://t.co/0zyb7327ge

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Ben Goult

@bengoult · X

RT @bengoult: How memories are stored. The MeshCODE theory provides a novel concept for organic data storage in the brain where the array…

PG

Prof Campbell Gourlay

@CampbellGourlay · X

Check out this awesome new idea from Ben Goult, School of Biosciences, University of Kent. Your memories may be stored in a mechanically coded binary format within specific protein conformations, amazing!! https://t.co/WAf7WdjTrw

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Alexander Kruel

@XiXiDu · X

"I propose that memory is biochemical in nature, written in the form of different protein conformations...based on the discovery of a complex network of mechanical switches...a new view of the brain as a mechanical computer. https://t.co/YHcA8EvHjq

GM

Getúlio Morato

@drgetulio · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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debrisinaction

@debrisinaction · X

RT @german_sierra: “If memory and consciousness are biochemical in nature, it is possible that one day we will fully decipher how the MeshC…

RK

Rus Khomutoff

@rusdaboss · X

RT @german_sierra: “If memory and consciousness are biochemical in nature, it is possible that one day we will fully decipher how the MeshC…

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Germán Sierra

@german_sierra · X

“If memory and consciousness are biochemical in nature, it is possible that one day we will fully decipher how the MeshCODE stores and computes information to form a mathematical representation of the world.” https://t.co/cDLWmkMNfr

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Katy Goult

@KatyGoult · X

RT @bengoult: Excited to share a new hypothesis paper I have written – “The Mechanical Basis of Memory – The #MeshCODEtheory”. I present a…

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Ben Goult

@bengoult · X

@MCHammer Hey MCHammer, check this out as it should transform #AI, the MeshCODE theory identifies a binary coding in the brain and a pysical location of memory. https://t.co/2dhZzAPB4f, https://t.co/CLoE5hZfCr https://t.co/XUyxPpGpGZ

전차

전 생애가 슬라임이었던 건에 대하여 고민하는 차원이

@CHA120ja · X

RT @choco_mat_mint: 기사를 보니까 논문 링크도 있는데 일단 기사만 보자면 찰스 배버지의 연산장치와 작동구조가 유사하다는 듯. 기사만 봐도 신기한데 논문도 재밌을 것 같다. https://t.co/CAstH6XzLR

MO

Mr. OK

@Onegai_OKSensei · X

RT @choco_mat_mint: 기사를 보니까 논문 링크도 있는데 일단 기사만 보자면 찰스 배버지의 연산장치와 작동구조가 유사하다는 듯. 기사만 봐도 신기한데 논문도 재밌을 것 같다. https://t.co/CAstH6XzLR https://t.…

PL

punchcard languages

@punchcardsix · X

13 bit 였어. 원본문서는 여기: https://t.co/dv8XoPuNbF

YS

yu.S

@yu631999 · X

The Mechanical Basis of Memory – the MeshCODE Theoryっていうちょっと前に見た奴、ニューロンが興奮の際にちょっと膨張するっていう話があったと思うので膨張のさせ方をコントロールしているなら、この理論で触れられる分子が力学的な力で開閉してバイナリをコードしてるから面白いかもしれないよね

민젤

민트맛 젤리

@choco_mat_mint · X

기사를 보니까 논문 링크도 있는데 일단 기사만 보자면 찰스 배버지의 연산장치와 작동구조가 유사하다는 듯. 기사만 봐도 신기한데 논문도 재밌을 것 같다. https://t.co/CAstH6XzLR https://t.co/USr17CjB25

I

ito

@RingoShin · X

バイナリデータとして脳に記憶されてるとか人体って不思議だ〜 The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/S4vbKaJegI

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Alice_486

@Alice__486 · X

如果假说为真，人的记忆就是二进制的，海马体当RAM，皮层存储结构类似于SSD，深度睡眠是为了整合短期记忆，REM动眼期则是把“内存”中的内容读入“硬盘”，变为长期记忆，睡眠不足就会爆“内存”…… 如果不是发在期刊上，我可能真的会当成科幻来看 https://t.co/MhjmuMN6U1 https://t.co/jsKQ4YX6V9

건

건전지

@_Drycell · X

The Mechanical Basis of Memory – the MeshCODE Theory

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Kurene

@_kurene · X

専門用語も詳細も全然わからないので自動翻訳かけて読み物として読んでるけど面白い https://t.co/rQSS2nvXnG

T魂

TAMA FREEDOM・魂フリーダム

@TAMA_FREEDOM369 · X

https://t.co/D87JPPoHKi

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CLaE

@leafs_s · X

RT @leafs_s: Frontiers in Molecular Neuroscience The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/7ZZjyb6a4n

KU

Kuro Usada

@kurousada · X

元の論文には保存された情報を読み取るプロセスなども書いてある。 https://t.co/JYF0kkKsaZ

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wint

@wint7 · X

MashCODEは神経回路で働くらしいな (fig. 5) https://t.co/509Fk6kfQs

MY

Masa Yamamoto予測誤差が大きい人生を楽しもう

@mshero_y · X

RT @rinatie_ceo: Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience ⁦@FrontiersIn⁩ htt…

お

おかか

@r46723157 · X

Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience https://t.co/VY5LYF8AX2

Z

zak

@zakkas783 · X

@Linda_pp https://t.co/kUr6H0YwX4 はようinustallしようず cc: @wraith13

ｳ

ｳﾌﾞｶﾀ

@u_b_k_t · X

Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience https://t.co/DUAftysoDV

RS

Rina Saltman

@rinatie_ceo · X

Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience ⁦@FrontiersIn⁩ https://t.co/Yj8SZRxXQv

論

論理空軍の人

@Stg02Luftwaffe · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/CYL04L7qEQ

Ρ

ρrotter

@_Protter_s · X

https://t.co/Cdbip1Jl1p

AT

Akrout Taaban

@AkTaab · X

Ben Goult: “Remarkably, humankind’s efforts to produce optimal computation in silico may have led to architectures that bear a striking similarity to what nature might already have arrived at in vivo.” https://t.co/8UGlGpcYyC

KR

Kasshini@なんでも垢 RiCE

@Kasshini_Gnade · X

RT @RPolyhedra: へ～

カ

カカRY5

@4kep9 · X

Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience https://t.co/VlXPEaGYi4

正

正多面体クラブ

@RPolyhedra · X

へ～

TS

The Aegean Society

@aegeansociety · X

Çalışma, “The Mechanical Basis of Memory – the MeshCODE Theory” başlığı ile 25 Şubat 2021 tarihinde Frontiers in Molecular Neuroscience dergisinde yayınlandı. https://t.co/WWd4Ra5j9y

AE

Ariakas Enoreth

@Aenoreth · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/pEOIOwczj9

ET

Eino-Mikael Talvitie

@EinoMikael · X

RT @leafs_s: Frontiers in Molecular Neuroscience The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/7ZZjyb6a4n

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CLaE

@leafs_s · X

Frontiers in Molecular Neuroscience The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/7ZZjyb6a4n

FC

felipe castro

@fcastro13 · X

RT @MedLinkNeurol: The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/0UuOebo8bT #neurology #neuroscience @UniKent

NB

NeuroMorph.Buzz™

@NeuromorphB · X

RT @MedLinkNeurol: The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/0UuOebo8bT #neurology #neuroscience @UniKent

MN

MedLink Neurology

@MedLinkNeurol · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/0UuOebo8bT #neurology #neuroscience @UniKent

OF

Ordo Fraterna Fibonacci

@OrdoFibonacci · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/U4XuMB5Lms

DM

Dr Anthony Martin

@AMAinsight · X

Frontiers | The Mechanical Basis of Memory – the MeshCODE Theory | Frontiers in Molecular Neuroscience https://t.co/rLWj9oZWhT

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Pauline

@LumenNaturae · X

RT @FScholkmann: The Mechanical Basis of Memory – the MeshCODE Theory -> https://t.co/Pmu3xcSQX8 "memory is stored in the #brain in a mecha…

FS

Felix Scholkmann

@FScholkmann · X

The Mechanical Basis of Memory – the MeshCODE Theory -> https://t.co/Pmu3xcSQX8 "memory is stored in the #brain in a mechanically encoded binary format written into the conformations of proteins found in the cell-extracellular matrix adhesions" @drmichaellevin https://t.co/VZsUsuyudo

JL

John Lock

@locusJ · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

PL

Pereda Lab

@PeredaLab · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

PT

Planar Polarity Team

@PlanarPolarityT · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

ML

Martin Humphries Lab

@humphrieslab · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

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SKIN

@Skin2k · X

The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/odeAvkNjyC

AB

Adam Byron

@adambyron · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

JH

Jon Humphries

@JDHL18 · X

RT @DrMCJones33: Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oK…

MJ

Matt Jones

@DrMCJones33 · X

Fascinating stuff from @bengoult, well worth a read! The Mechanical Basis of Memory – the MeshCODE Theory https://t.co/oKvnYfyrUo

PK

Peter Klappa

@pk_kent · X

Some really interesting and thought-provoking ideas from a colleague of mine: “ The Mechanical Basis of Memory – The MeshCODE Theory” https://t.co/AET8FjHbDh https://t.co/fZ0Ru5nNwD https://t.co/1X3qP8Oxih

PO

PromPreprint.org

@PrompreprintO · X

The Mechanical Basis of Memory - the MeshCODE Theory https://t.co/5APL9d0EUV

PO

Preprints.org

@Preprints_org · X

The Mechanical Basis of Memory - the MeshCODE Theory https://t.co/RU9K8RPJeW #LifeSciPreprints #PreprintsOrg