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Research Could Provide a Systematic Way to Design Quantum Algorithms

Research Could Provide a Systematic Way to Design Quantum Algorithms

DOE Announces $28 Million Funding to Develop Software for Unleashing the Potential of Supercomputers

DOE Announces $28 Million Funding to Develop Software for Unleashing the Potential of Supercomputers

Topological Quantum Computation Realized by Braiding of Parafermion Zero Modes and Magic State Distillation

Topological Quantum Computation Realized by Braiding of Parafermion Zero Modes and Magic State Distillation

Wayne State Researcher Receives $3.3 Million DOE Funding to Advance Quantum Science and Technology

Wayne State Researcher Receives $3.3 Million DOE Funding to Advance Quantum Science and Technology

FSU Researcher Receives $4.4 Million DOE Funding to Advance Quantum Systems

FSU Researcher Receives $4.4 Million DOE Funding to Advance Quantum Systems

Understanding Electron Motion in 2D Layered Material Could Inform the Design of Future Quantum Technologies

Understanding Electron Motion in 2D Layered Material Could Inform the Design of Future Quantum Technologies

Common Workflow to Compute Material Properties Allows for Wider Use of DFT-Based Quantum Engines

Common Workflow to Compute Material Properties Allows for Wider Use of DFT-Based Quantum Engines

UVA Researchers Create a Scalable Quantum Computing Platform on a Penny-Sized Photonic Chip

UVA Researchers Create a Scalable Quantum Computing Platform on a Penny-Sized Photonic Chip

DOE Funds three Argonne Projects to Lay the Groundwork for Breakthroughs in Quantum Information Science

DOE Funds three Argonne Projects to Lay the Groundwork for Breakthroughs in Quantum Information Science

New Method Enables Quantum Computers to Measure Thermodynamic Properties of Systems

New Method Enables Quantum Computers to Measure Thermodynamic Properties of Systems