Columbia Quantum Initiative People

Nano-optics of Quantum Materials

Quantum and Nonlinear Optics for Novel Devices

2D Material Synthesis and Nano-fabrication of Novel Devices

Interacting Electron Phenomena in Condensed Matter Systems

Computational Complexity, Learning Theory, Randomness in Computation

Ultracold Atoms and Molecules for Fundamental Science

Philosophical Foundations of Quantum Mechanics

Electron Interactions and Disorder in Condensed Matter Systems

Physics of Electrons in Quantum Materials and Nanodevices

Theoretical Quantum Optics and Many-body Physics

Quantum Dynamics, Phenomenology, and Condensed-Phase Quantum Chemistry

Structural and Dynamical Processes in Condensed matter and Biophysical Systems

Quantum Integrable Systems and Probability Theory

Methods Development for Quantum Chemistry

String Theory and Mathematical Physics

Programming Languages, Systems Verification, and Proof Automation

Interacting Electron Phenomena in Condensed Matter Systems

Structure and Dynamics of Complex Condensed Phase Processes

Topology and Symmetry in Quantum Systems

Mathematical Modeling, Analysis, and Applications of Wave Phenomena

Quantum Phases and Transitions at Extreme Conditions

Theoretical Quantum Information, Computation, and Complexity

Computational Complexity, Learning Theory, Randomness in Computation

Nano-optics of Quantum Materials

Experimental Chemical Physics and Nanoscience

Electronic Properties of Quantum Materials

Coherent Imaging and Control of Quasiparticle Interactions

Architecture and Programming of Quantum Devices

Superatoms in Materials Science

Inorganic Chemistry of Semiconductor and Metal Nanocrystals

2D Materials, Quantum Phenomena, and Scanning Tunnel Microscopy

Design and Synthesis of Molecular Building Blocks for Nanoelectronics

Physics of Elementary Particles

MuSR and Phenomenology of Unconventional Superconductors and Quantum Magnets

Quantum Simulation with Ultracold Atoms and Molecules

Quasiparticle Dynamics and Photophysics in Quantum Materials

Relativistic Heavy Ion Physics

Ultracold Atoms and Molecules for Fundamental Science

Macro-, Micro-, and Nano-scale Material Synthesis, Structure, and Phase Transformations

Lightwave Research at the Intersection of Computing and Photonics

Broken Local Symmetries, Anharmonicity, and Electron-Phonon Interactions

Quantum and Nonlinear Optics for Novel Devices

Fundamental Science and Applications of Laser Interactions with Matter

2D Material Synthesis and Nano-fabrication of Novel Devices

Computation of Material Behavior from the First-principles of Quantum Mechanics

Physics and Applications of Nanophotonic Structures

Optically Probing Quantum Properties of Nanoscale Environments

Fundamental Properties of Single Molecule Devices

Nanophotonics and Quantum Device Physics