J.S. Goldman

Human brain researcher, Biologically inspired engineer, European Institute for Theoretical Neuroscience, CNRS

[J.S. Goldman @DrJenGoldman]

Neural codes likely lie in low dimensional manifolds, such that collapses in complexity by neural networks tuned to represent particular features produce information on backgrounds of complex dynamics present in conscious, but not unconscious states. https://t.co/4Mjar7SY1y

[J.S. Goldman @DrJenGoldman]

@mm_schira @UOW @uowresearch @UOWASSH Hello! I would be delighted to participate to the zoom presentation, but am unable to PM you since I don’t pay for X-Twitter and you don’t follow me (…yet? :) Thank you!

[J.S. Goldman @DrJenGoldman]

@DavidDeMaris1 @SephSeddon @csferrie “..succeeded to realize, with classical mechanisms, those functions that quantum computers are particularly good at: the parallel and therefore ultrafast evaluation of the relations between a huge number of probabilistic variables.” (4/N). From https://t.co/fu92Nre0om

[J.S. Goldman @DrJenGoldman]

@DavidDeMaris1 @SephSeddon @csferrie “..probabilistic evaluation of nested relations resembles the virtually simultaneous and holistic interaction between network nodes that represent, in a probabilistic and graded way, the presence of particular features. It would be truly fascinating if evolution had ..” (3/N)

[J.S. Goldman @DrJenGoldman]

@SephSeddon @csferrie Wolf Singer has offers an interesting position that the brain may do something like simulating quantum computation at larger scales; superposition of eigenstates followed by selection through a process somehow analogous to wave function collapse.

[J.S. Goldman @DrJenGoldman]

@csferrie Wow! That note seems important. Related ideaa that come to mind: https://t.co/L4BkscA7F6 and https://t.co/yietSO0j3f

[EBRAINS @EBRAINS_eu]

On #WorldComaDay, we're highlighting a mutliscale model on EBRAINS that will be expanded to reflect brain dynamics in abnormal states of consciousness, such as #coma.

Learn more about this EBRAINS-powered research here: https://t.co/vlRFpt03wn

#AwakeningHope

[FYI: Science Policy News @FYIscipolicy]

The National Academies has released its first-ever decadal survey on the ‘physics of living systems': https://t.co/dVHJNQi2Q3

[J.S. Goldman @DrJenGoldman]

@Public_Citizen We urgently need new technology to correct this path to our own obliteration. A wonderful idea is the bio-battery, biological cells that can produce energy through photosynthesis and oxygen as a byproduct. Wonder why research has been so slow .. 🤔

[J.S. Goldman @DrJenGoldman]

@Qi_Impuls @maxbergmann And make research into bio batteries move more quickly forward

[J.S. Goldman @DrJenGoldman]

Moderating an exciting session tomorrow about rhythms in the brain:

[Human Brain Project @HumanBrainProj]

#BrainMatters #8 - 'Emerging rhythmic patterns and their analysis' is tomorrow!

Join us for presentations from Human #Brain Project researchers who were selected to present their #research at #SfN21!

More details and registration ➡️ https://t.co/6zwS8P6IuH

#Webinar #SciComm

[J.S. Goldman @DrJenGoldman]

@mbeisen @eLife Submitted to eLife August 2021 and still waiting for reviews …

[J.S. Goldman @DrJenGoldman]

@NeuDyLab @NatureComms Bravo!

[J.S. Goldman @DrJenGoldman]

@DrYohanJohn Will soon publish an explicit theory to try explaining this paradox and perhaps elucidate mechanisms of coding in consciousness. Ideas supporting this theory published here: https://t.co/4Mjar7SY1y

[J.S. Goldman @DrJenGoldman]

@DrYohanJohn My research examines common features of unconscious brain states, during which neural activity displays synchronous slow waves. Paradoxically, synchrony is also important for neural coding.

[J.S. Goldman @DrJenGoldman]

Registration: https://t.co/JsauM8Qwo1
@neuromatch

[J.S. Goldman @DrJenGoldman]

🧠📢 Neuromatch Dec 1-2! Excited to see the talks and interact internationally in real time by discord!

Here, I describe our analyses potentially identifying a conservation law in brain activity, as well as models for simulating human brain states https://t.co/EHhEw3ZLQE

[Neuromatch @neuromatch]

The second panel discussion at NMC4.0 is about this: “Can we understand how the brain computes or should we focus on understanding learning?”

The discussants will be
@SuryaGanguli @MatteoCarandini @AnnaSchapiro @tyrell_turing and @neurograce.

Moderated by @KordingLab