PSD01
Head, Mesoscopic Time Group
Prof. P. Singha Deo
S. N. Bose National Centre for Basic Sciences · India
Mesoscopic transport, quantum interference, scattering and foundational physics.
His research record includes postdoctoral work in Antwerp and Jyväskylä, service as an ICTP Junior Associate, a DST-funded mesoscopic-physics project and convening the 2010 International Conference on Spectroscopy and Mesoscopic Physics.
SG02
Founder & researcher
Souvik Ghosh
National Sun Yat-sen University · Taiwan
Experimental quantum hardware, computational condensed matter and mesoscopic physics.
Researcher working on graphene-based superconducting devices and 3D cavities. Also Senior Research Associate at Renatus Wellness, with interests in research development and scientific communication.
KM03
Research collaborator
Kanchan Meena
Weizmann Institute of Science · Israel
Mesoscopic theory, local partial density of states, transport and time.
Co-author of Negative Local Partial Density of States and the group’s current Landauer preprint.
SR04
Researcher · QFort team
Sayak Roy
National Cheng Kung University · Taiwan
Condensed-matter theory, topology and computational modelling.
Research interests include quantum transport, topological systems and non-Hermitian chains.
SM05
Research collaborator
Saurabh Mishra
National Sun Yat-sen University · Taiwan
Computational materials, perovskites and electrocatalysis.
Experience with density-functional-theory modelling and materials characterization, including XRD, Raman and UV–Vis methods.
RG06
Postdoctoral grant researcher
Ratheejit Ghosh
University of Jyväskylä · Finland
Quantum many-body physics, quantum simulation and dipolar quantum matter.
Magnus Ehrnrooth Postdoctoral Grant Researcher.
NG07
Collaborator
Namrata Ghosh
GNIPST
Part of the developing Vishwa Vigyan collaborator network.
AM08
Collaborator
Aniket Mandal
GNIPST
Part of the developing Vishwa Vigyan collaborator network.
SP09
Quality Control Research Assistant
Sandipan Pain
Renatus Academia
Quality-control and research support.
Affiliations identify where collaborators are based or employed. Participation in Vishwa Vigyan is independent and does not imply institutional sponsorship or endorsement.