Members
Prof. Ido Ben Dayan
Group Leader
Research Interests: Early Universe Physics, General Relativity, Particle Physics, and String Theory. For Detailed interests visit here
+972-3-9066269
Dr. Utkarsh Kumar
PhD
Currently joint postdoc at Ariel and Open University
Research Interests: Early and Late Universe Cosmology, Cosmological Anomalies, Alternatives of scalar fields in Cosmology, Modified Gravity
For more information visit here
055-9267664
Dr. Udaykrishna Tattharampilly
PhD
Currently a joint postdoc at Ariel and the Open University
Research interests: Early Universe Cosmology, Black Holes, Gravitational waves, Bounce and other alternatives to inflation, Information measures in quantum gravity.
+91 9539062332
Dr. Elena Emtzova
Postdoctoral Fellow
Research interests: gravity and cosmology,
teleparallel gravity, black holes, gravitational waves
Amresh Verma
PhD Student
My research interest is in Computational Cosmology. My research focuses mainly on Gravitational Waves, Inflation, Bouncing Models, etc. I am well-versed in Data Analysis techniques and I am also planning to incorporate Machine Learning in my research in coming days.
055-2631094
Ayushi Srivastava
PhD Student
Research Interests: Semiclassical gravity, Cosmology, Islands and Quantum Extremal Surfaces
Eduardo Codiz
Ph.D. student
Research Interests: Semiclassical gravity, Cosmology, General Relativity
Dr. Pankaj Chaturvedi
Former Postdoctoral Fellow
My principal research interests deal with the various modern aspects of Quantum Field Theories, specifically String Theories and their application to Quantum Gravity. String Theory is a rapidly evolving theoretical framework that is finding extensive applications in diverse fields of theoretical physics apart from its original objective of unifying all fundamental interactions and providing a quantum theory of gravity. The discipline has led to fundamentally significant insights into the possible structure of a quantum theory of gravity involving important contributions in the understanding of the microscopic structure of black holes. The gauge gravity correspondence
or the AdS/CFT holography arising from string theory has extended the application of String Theory to diverse areas of Quark Gluon Plasma, AdS/QCD, Superconductivity, Quantum Critical Phenomena, and Condensed Matter Physics.
Currently Assistant Prof. at NIT Silchar, Assam
+91 8081135160
Daniel Besserglik
Ph.D. student
Research Interests: Exploring the origins of the CMB
Dr. Michal Artymowski
Former Postdoctoral Fellow
