Menachem Kalmenson (@mmkalmenson) 's Twitter Profile
Menachem Kalmenson

@mmkalmenson

Dabble in computational neuroscience and machine learning.
Research @Segev_Lab.
Some biophysics.

ID: 1336954927797710850

calendar_today10-12-2020 08:44:35

45 Tweet

83 Followers

20 Following

PINAKI LASKAR (@pinakilaskar) 's Twitter Profile Photo

Linear Regression Visualised. #DataScientist #selfdrivingcars #BigData #Analytics #DataScience #AI #ML #IIoT #Python #RStats #JavaScript #ReactJS #cybersecurity #CloudComputing #Serverless #Linux #Programming #Coding #100DaysofCode #futureofwork #5G #fintech #fashiontech #DevOps

David Beniaguev (@davidbeniaguev) 's Twitter Profile Photo

Out work about "Single Cortical Neurons as Deep Artificial Neural Networks" was finally published in Neuron With Mickey London and Idan Segev Neuron paper: bit.ly/3CJic8E code: bit.ly/3CJUeKv data: bit.ly/3xIm6uW All new results in thread below

Out work about "Single Cortical Neurons as Deep Artificial Neural Networks" was finally published in Neuron

With <a href="/mikilon/">Mickey London</a> and <a href="/Segev_Lab/">Idan Segev</a> 

<a href="/NeuroCellPress/">Neuron</a> paper: bit.ly/3CJic8E
code: bit.ly/3CJUeKv
data: bit.ly/3xIm6uW

All new results in thread below
Toviah Moldwin (@tmoldwin) 's Twitter Profile Photo

I intend to complete my PhD within a year, sending out feelers for postdocs or permanent positions. I'm a computational neuroscientist interested in bridging the gap between biological and artificial neurons. In no particular order my interests include: 🧵

Eilam Leleo Goldenberg (@eilamleleo) 's Twitter Profile Photo

In our paper Burst Control, we explore the synaptic input conditions leading to spike burst firing in layer 5 pyramidal cells doi.org/10.1371/journa… Idan Segev ELSC Brain

David Beniaguev (@davidbeniaguev) 's Twitter Profile Photo

A new preprint about how adding dendrites can potentially explain the phenomenon of multiple synaptic contacts between neurons in the brain: bioRxiv: biorxiv.org/content/10.110… With @sapir_shap Mickey London Idan Segev

A new preprint about how adding dendrites can potentially explain the phenomenon of multiple synaptic contacts between neurons in the brain:

bioRxiv: biorxiv.org/content/10.110…

With @sapir_shap <a href="/mikilon/">Mickey London</a> <a href="/Segev_Lab/">Idan Segev</a>
bioRxiv Neuroscience (@biorxiv_neursci) 's Twitter Profile Photo

A Generalized Framework for Calcium-Based Plasticity Describes Weight-Dependent Synaptic Changes in Behavioral Time Scale Plasticity biorxiv.org/cgi/content/sh… #biorxiv_neursci

Toviah Moldwin (@tmoldwin) 's Twitter Profile Photo

In our new preprint (see below), we generalized previous models of calcium-based plasticity with a simplified framework, known as the fixed point — learning rate (FPLR) framework. We then used this model to explain behavioral time scale plasticity (BTSP).

In our new preprint (see below), we generalized previous models of calcium-based plasticity with a simplified framework, known as the fixed point — learning rate (FPLR) framework.  We then used this model to explain behavioral time scale plasticity (BTSP).
Toviah Moldwin (@tmoldwin) 's Twitter Profile Photo

New preprint (link ↓): Connectionists think that plasticity in the brain might enable it to learn like an artificial neural network. Machine learning people have some ideas about learning, and neuroscientists have some ideas about plasticity. (1/N)

New preprint (link ↓): Connectionists think that plasticity in the brain might enable it to learn like an artificial neural network. Machine learning people have some ideas about learning, and neuroscientists have some ideas about plasticity. (1/N)