Vidushi

IBMer | Ph.D. | Research Enthusiast | Speaker | Deep Learning for Material Science |

[Vidushi @Ms_VS_voice]

https://t.co/kxUhm1Iest

Robust ML for studying battery electrodes based on open sourced datasets.

[Vidushi @Ms_VS_voice]

Effects of Graphene Interface on Potassiation in a Graphene–Selenium Heterostructure Cathode for Potassium-Ion Batteries | ACS Applied Energy Materials https://t.co/WYOttjd3Yf
Thanks to @datdib

[Dibakar Datta @datdib]

Developing Potential Energy Surfaces for Graphene-Based 2D–3D Interfaces From Modified High-Dimensional Neural Networks for Applications in Energy Storage

ASME Special Issue : Emerging Investigators in Energy Conversion and Storage 2022

@Ms_VS_voice

https://t.co/BmINcOKbN4

[Vidushi @Ms_VS_voice]

Sharing our work which elaborates effects of Selenium phase change on interface with graphene and compares with Silicon/Graphene interface for Lithium ion batteries in @ACS_Langmuir
@datdib

#Engineering #materials #batteriesforEv #Graphene

https://t.co/uPUVkz7ief

[Vidushi @Ms_VS_voice]

Increased solar cell efficiency!! Enhanced Lithium ion batteries!!
Check out our latest paper which investigates interface of the two materials which hold the stated promise- Silicon/MXene @PCCP
Thanks to @datdib

#2Dmaterials #renewableenergy

https://t.co/51za3k1IEM

[Dibakar Datta @datdib]

Meet Dr. Vidushi Sharma (@Ms_VS_voice ), the first Ph.D. graduate from our lab.
She will join @IBMResearch . Congrats!
By the way, she has a popular YouTube channel:
https://t.co/4NBm8l945o

[Dibakar Datta @datdib]

.@nsf support to study 'Oxide Anodes for High-Performance Aqueous Batteries'.
Thanks to Program Manager - Dr. Carole Read

https://t.co/uFybCLumWI

[Vidushi @Ms_VS_voice]

@aru_sha4 why do you have to show being happy. it reflects from within if one is truely happy.

[Vidushi @Ms_VS_voice]

multiple atom species in deep neural networks addressed in different ways #DeepLearning #Python #Simulation #molecules #atoms

https://t.co/OOA6P4wNgK

[Vidushi @Ms_VS_voice]

Python code and explanation for converting atomic structures to neural network inputs #deeplearning #simulations #materials

https://t.co/yOOM0U8sjV

[Vidushi @Ms_VS_voice]

Link to Deep learning for materials and molecules. Introduction to structure representation as input vectors.
#DeepLearning #deeplearningformaterials #MachineLearning #featurengineering

https://t.co/Fe8h0bjCUN

[Vidushi @Ms_VS_voice]

@DeepMind For beginners in deep learning for molecular modeling and simulations, here is a video discussing basic assumptions and neural network architectures for molecular modeling. Please watch and share with interested people

https://t.co/N6Nzc7tz0n

[Vidushi @Ms_VS_voice]

For beginners in deep learning for molecular modeling and simulations, here is a video discussing basic assumptions and neural network architectures for molecular modeling. Please watch and share with interested people

https://t.co/NhH2yK1lqv

#deeplearningformaterials

[Vidushi @Ms_VS_voice]

Basics and beginners code for Kinetic monte carlo simulation. #simulation #materialsscience #matlab #montecarlo #graphene

https://t.co/TVjZwV2FyO

[Vidushi @Ms_VS_voice]

Reminded me of an old saying: cat taught Lion everything but never how to climb a tree.

[Prof. Feynman @ProfFeynman]

There are two rules in life:

1) Never give out all the information.

[Vidushi @Ms_VS_voice]

Defining Deep learning potentials. New series focused on deep learning for materials. #DeepLearning #Materials #Simulations #MachineLearning #deeplearningformaterials

https://t.co/YuHowq7r4h

[Deep Jariwala @deep29jariwala]

Very informative article in @WSJ by @mims. Thanks for mentioning some of our views.
Graphene and Beyond: The Wonder Materials That Could Replace Silicon in Future Tech - WSJ https://t.co/RWnrcyjZV1

[Arushi Sharma @aru_sha4]

#ThalesinIndia #BigData #WomeninTech

[Vidushi @Ms_VS_voice]

Sharing our work which elaborates effects of Selenium phase change on interface with graphene and compares with Silicon/Graphene interface for Lithium ion batteries in @ACS_Langmuir
@datdib

#Engineering #materials #batteriesforEv #Graphene

https://t.co/uPUVkz7ief

[Vidushi @Ms_VS_voice]

Increased solar cell efficiency!! Enhanced Lithium ion batteries!!
Check out our latest paper which investigates interface of the two materials which hold the stated promise- Silicon/MXene @PCCP
Thanks to @datdib

#2Dmaterials #renewableenergy

https://t.co/51za3k1IEM