
Mahbubul Alam Majumdar
Professor and Dean, School of Data & Computational Sciences
Principal Investigator
String cosmology · Black-hole information paradox · Quantum information theory
Research in string theory and quantum gravity addresses the microscopic structure of spacetime, duality constraints, higher-derivative corrections and quantum gravitational observables.

Professor and Dean, School of Data & Computational Sciences
Principal Investigator
String cosmology · Black-hole information paradox · Quantum information theory

Co-Principal Investigator
Researcher
String theory · Quantum gravity · Higher-derivative corrections

Lecturer (On Leave)
Faculty
Primordial black holes · Early-universe cosmology · Cosmological perturbation theory
Co-Principal Investigator
Researcher
String theory · String cosmology · Quantum field theory
Higher-derivative corrections, M-theory/type-II reductions and duality constraints in string effective actions.
Lead: Ahmed Rakin Kamal and collaborators
A broad research theme connecting string cosmology, quantum black holes and early-universe physics.
Lead: Mahbubul Alam Majumdar, Sayeda Tashnuba Jahan and collaborators
Ahmed Rakin Kamal, Ratul Mahanta
Aviral Aggarwal, Subhroneel Chakrabarti, Steven Weilong Hsia, Ahmed Rakin Kamal, Linus Wulff
Steven Weilong Hsia, Ahmed Rakin Kamal, Linus Wulff
Mahbub Majumdar, Anne-Christine Davis
Mahbub Majumdar, Anne-Christine Davis
C. P. Burgess, M. Majumdar, D. Nolte, F. Quevedo, G. Rajesh, R.-J. Zhang