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Study Shows Magnetic Order can be Created in a Two-Dimensional Chessboard Lattice

Study Shows Magnetic Order can be Created in a Two-Dimensional Chessboard Lattice

Researchers Create Wafer-Thin Magnetic Materials for Use in Future Quantum Technologies

Researchers Create Wafer-Thin Magnetic Materials for Use in Future Quantum Technologies

Lithium Deposited on Tokamaks Walls Affect the Performance of Lithium Tokamak Experiment

Lithium Deposited on Tokamaks Walls Affect the Performance of Lithium Tokamak Experiment

Researchers Study Self-Synchronization of Quantum Objects

Researchers Study Self-Synchronization of Quantum Objects

Researchers Explore Ways of Developing Quantum Bits by Using Graphene

Researchers Explore Ways of Developing Quantum Bits by Using Graphene

IBM Scientists Achieve Important Milestone in Creating Sophisticated Quantum Devices

IBM Scientists Achieve Important Milestone in Creating Sophisticated Quantum Devices

Researchers Experimentally Observe Destruction of a Quantum Monopole

Researchers Experimentally Observe Destruction of a Quantum Monopole

UBC Physicists Explore the Reason Behind Accelerating Expansion of the Universe

UBC Physicists Explore the Reason Behind Accelerating Expansion of the Universe

Physicist Receives ERC Grant to Develop New Methods in Quantum Field Theory

Physicist Receives ERC Grant to Develop New Methods in Quantum Field Theory

Source of Superconductivity Unearthed by Measuring Quantum Critical Point Entropy Change

Source of Superconductivity Unearthed by Measuring Quantum Critical Point Entropy Change