Quantum computing

New qubit platform could transform quantum information science and technology Blue rays

New qubit platform could transform quantum information science and technology

Using two different elements creates new possibilities in hybrid atomic quantum computers Left: A hybrid array of cesium atoms (yellow) and rubidium atoms (blue). Right: The customizability of the researchers’ technique enables them to place the atoms anywhere, allowing them to create this image of Chicago landmarks Willis Tower and the Cloud Gate.

Using two different elements creates new possibilities in hybrid atomic quantum computers

Scientists simulate ‘fingerprint’ of noise on quantum computer Quantum computer dilation refrigerator taken at 2018 ASCE

Scientists simulate ‘fingerprint’ of noise on quantum computer

U.S. Department of Energy funds center to build a foundation for quantum chemistry Abstract 3-D illustration of molecules floating in space

U.S. Department of Energy funds center to build a foundation for quantum chemistry

For first time, researchers send entangled qubit states through a communication channel Researcher works in gloves on metallic quantum assembly

For first time, researchers send entangled qubit states through a communication channel

UChicago scientists turn IBM computer into a quantum material IBM quantum computer

UChicago scientists turn IBM computer into a quantum material

UChicago to partner in $25 million National Science Foundation quantum information institute Glass cell close up

UChicago to partner in $25 million National Science Foundation quantum information institute

Diana Franklin

Diana M. Franklin

Title: Research Associate Professor, Department of Computer Science; Director of Computer Science Education at UChicago STEM Education

Expertise: Computer science education, Quantum computing, Quantum computing education, Diversity and inclusion in STEM

Departmental website: https://computerscience.uchicago.edu/people/profile/diana-franklin/