The computer scientist and QuICS Fellow is active in post-quantum cryptography, provable security for symmetric-key primitives, and security for outsourced data storage in the cloud.
The computer scientist and QuICS Fellow is active in post-quantum cryptography, provable security for symmetric-key primitives, and security for outsourced data storage in the cloud.
QuICS Fellow Alexey Gorshkov co-authored a paper that explores a theoretical framework for adding qubits—the basic building blocks of quantum computers—to serve as matter in a curved space made of a circuit full of flowing microwaves.
The researchers were formally recognized with the award at the Practical Quantum Computing conference, also known as Q2B, held from December 7–9 in Santa Clara, California.
Dominik Hangleiter, one of the newest Hartree Postdoctoral Fellows, develops theoretical frameworks to identify problems where quantum computers can be proven to dominate.
The computer scientist and QuICS Fellow is active in post-quantum cryptography, provable security for symmetric-key primitives, and security for outsourced data storage in the cloud.
QuICS Fellow Alexey Gorshkov co-authored a paper that explores a theoretical framework for adding qubits—the basic building blocks of quantum computers—to serve as matter in a curved space made of a circuit full of flowing microwaves.
The researchers were formally recognized with the award at the Practical Quantum Computing conference, also known as Q2B, held from December 7–9 in Santa Clara, California.
Dominik Hangleiter, one of the newest Hartree Postdoctoral Fellows, develops theoretical frameworks to identify problems where quantum computers can be proven to dominate.
