Research | Columbia Quantum Initiative

Breaking (and Restoring) Graphene’s Symmetry in a Twistable Electronics Device

Collaboration Leads to Discovery in Rarely Studied Semimetal Drumhead State

Columbia Chemists Discover a New Form of Carbon: Graphene’s “Superatomic” Cousin

Columbia Engineers Create Artificial Graphene in a Nanofabricated Semiconductor Structure

Columbia Physicists See Light Waves Moving Through a Metal

Columbia Physicists Shine New Light on an Old Quantum Optics Problem About Collective Behavior

Columbia Team Discovers New Way to Control the Phase of Light Using 2D Materials

Dynamic Control of Photon Lifetime for Quantum Random Number Generation

Electrons in Graphene Behave Like Light, Only Better

Engineers observe avalanches in nanoparticles for the first time

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