Scientists from the RIKEN Center for Emergent Matter Science and collaborators have discovered a groundbreaking way to control superconductivity-an ...

In a first, physicists have directly seen Hofstadter’s butterfly—a long-sought-after fractal in the quantum realm ...

In a discovery that brings a legendary quantum theory to life, physicists at Princeton University have directly observed ...

The research team, led by Yazdani, was originally studying superconductivity in twisted bilayer graphene. “Our discovery was basically an accident,” admitted Andrew Nuckolls, one of the ...

Having a larger gap allows superconductivity to persist at higher ... a well-known superconductor, deposited on a graphene substrate. Using advanced imaging and fabrication techniques, such as ...

Having a larger gap allows superconductivity to persist at higher ... a well-known superconductor, deposited on a graphene substrate. Using advanced imaging and fabrication techniques, such as ...

Superconductivity provides a way to develop ... a known superconducting material, on graphene, a flexible conducting material. Next, they adjusted the twist angle between the two materials ...

Having a larger gap allows superconductivity to persist at higher ... a well-known superconductor, deposited on a graphene substrate. Using advanced imaging and fabrication techniques, such ...

Having a larger gap allows superconductivity to persist at higher ... a well-known superconductor, deposited on a graphene substrate. Using advanced imaging and fabrication techniques, such ...

A Princeton research team accidentally uncovered Hofstadter’s butterfly, a long-theorized quantum fractal, while investigating superconductivity in moiré graphene. Their findings reveal new aspects of ...