Chandralekha Singh

PAN IIT 2020 Conference, Organizer and Moderator for "Second Quantum Revolution: Quantum Computing and Communication", https://www.youtube.com/watch?v=xqRrTgBghxM with David Awschalom, Jay Gambetta, Jeremy Levy, Chris Monroe, and Marina Radulaski.

Watch my interview by Prof. Erica Carlson on The Quantum Age https://www.youtube.com/watch?v=CjA8GxL0H-o&ab_channel=TheQuantumAge

Please click on "Physics Education Research Publications" tab from the top right navigation tabs under the tab "Professional" to view my publications related to:

Research to improve physics education
Research on Learning Quantum Mechanics
Quantum Interactive Learning Tutorials (QuILTs)
Research on validated Assessment Instruments
Research on Longitudinal Assessment
Research on Technology Enhanced Learning
Research on Intuition & Expertise in Physics
Research on Metacognition in Physics
Problem Solving, Scaffolding and Transfer
Analogical Reasoning, Isomorphic Problems
Role of Representation in Problem Solving
Interconnection between physics & math in phys. problem solving
Research on TA Professional Development
Research on Learning Introductory and Advanced Physics

Contact:

Distinguished Professor of Physics

University of Pittsburgh

Email: clsingh@pitt.edu

Google Scholar: Chandralekha Singh

For my research in theoretical physics, please click on the "condensed matter publications" tab from the top right navigation tabs under the tab "Professional". My diverse theoretical investigations include systems in which Quantum aspect is central, e.g., electronic & nonlinear optical properties (e.g., susceptibility using Third Harmonic Generation) of conducting polymers and high-temperature superconductivity (e.g., Hubbard model using Quantum Monte Carlo) and Statistical Physics focusing on the phase diagram of polymers and polymers at interfaces, nanocomposites, self-organized criticality (using singular diffusion model), transport of ions through voltage-gated ion-channels (using Molecular Dynamics Simulations) etc.

Academic Tree (my thesis co-advisors are Dan Hone and Fyl Pincus) : https://academictree.org/physics/tree.php?pid=190438

Even after all these years, I cherish my Ph.D. advisor's endorsement. Here is my Ph.D. advisor Fyl Pincus memoir in Annual Review of Condensed Matter Physics, which has reflections on his former Ph.D. students including me that says "even as a graduate student, Chandralekha was absolutely spectacular at explaining her research" : https://www.annualreviews.org/content/journals/10.1146/annurev-conmatphys-042424-052213

Page updated

Google Sites

Report abuse