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As explained by a bum who likes to doomscroll r/compmathneuro and ArXiV.Continue reading on Medium »
The brain's ability to generate quick, nimble volitional thought — and a unified awareness of thought and experience — arises from analog computations, MIT neuroscientists argue in...
by Gourab Kumar Sar, Andrew Patton, Emma Towlson, Jörn Davidsen A central question in neuroscience is how neural processing generates or encodes behavior. Caenorhabditis elegans i...
A new computational neuroscience study proposes representing evolving brain dynamics with wave-function formalism, showing that EEG signals change in coordinated ways across seizur...
by Iiro Ahokainen, Marja-Leena Linne Activity-dependent synaptic plasticity is a fundamental learning mechanism that shapes the connectivity and activity of neural circuits. Exist...
Machine-learning networks can learn without detailed instructions from a designer. Those that do may offer insight into how the brain reorganizes itself during learning.
by Christopher Versteeg, Jonathan D. McCart, Mitchell Ostrow, David M. Zoltowski, Clayton B. Washington, Laura Driscoll, Olivier Codol, Jonathan A. Michaels, Scott W. Linderman, Da...
by Kevin S. Chen, Ying-Jen Yang Extracting circuit mechanisms from neuronal population activity is challenging due to the heterogeneous neuronal properties and diverse strengths i...
Making a decision requires juggling a set of options without getting them confused or losing track of them. A new MIT study shows how neurons encode information to maximize clarity...
by Rishikesan Maran, Eli J. Müller, Ben D. Fulcher The function and dynamics of the cortex are fundamentally shaped by the specific wiring configurations of its constituent axonal...
Understanding the Building Block of Every AI ModelContinue reading on Medium »
by Sara Varetti, Sebastian Goldt, Eugenio Piasini In vision neuroscience, the temporal dynamics of the sensory stream and of its neural representations are thought to be deeply li...
A new computational approach reveals how cells communicate to assemble into tissues. This could accelerate stem cell engineering, improve disease models, and inform therapies.
The human brain has upward of 86 billion neurons, connected by some 100 trillion synapses
by Sahar Khosravi, Nikolas A. Francis, Patrick O. Kanold, Behtash Babadi Understanding how neuronal populations interact to encode and transform sensory information is a fundament...
by Felix Benjamin Kern, Takahisa Date, Zenas C. Chao Neural systems are hypothesized to operate near criticality, enhancing their capacity for optimal information processing, tran...
Subsense, an AI-native neurotechnology company developing non-surgical, nanoparticle-based brain-computer interfaces (BCIs), has announced “a major expansion” of its AI-driven Nano...
A new Frontiers Editorial argues that synaptic plasticity follows a diverse repertoire of learning rules across synapses, cell types, and disease states, and proposes systematicall...
Источник: Компьютерра - Журнал о науке и технологиях Каждая клетка эмбриона получает десятки сигналов от соседей — и в зависимости от них решает, становиться ли ей частью сердца,...
by Marta Sánchez-Carbonell, Sonia Bolshakova, Juan E. Ávila-Pagán, Yaseer A. Sabir, Clay Griffin-Derr, Dominik G. Stich, Sofia V. Cieslewicz, Sheyla Esther Carmen Sifuentes, Rhushi...
by Brian Gardner, Patrick T. McCarthy, Joseph Chrol-Cannon, Dan F. M. Goodman, Simon R. Schultz, Giovanni Lo Iacono, Simon M. Stringer Feature binding - how the brain encodes whic...
Insider Brief A Washington University in St. Louis biologist is applying theories about how the brain balances order and chaos to a Department of Energy project aimed at making qua...
The Biological Computing Company is bringing its AI tools to Amazon Web Services in a major boost for a once-fringe field that aims to marry nature with code.
by Marine Fontaine, M. Joaquina Delás, Meritxell Sáez, Rory J. Maizels, Elizabeth Finnie, James Briscoe, David A. Rand Building a mechanistic understanding of cell fate decisions...
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