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Measuring the Interaction of Nanoplatelets with Light Could Advance Operation of Quantum Optic Networks

Measuring the Interaction of Nanoplatelets with Light Could Advance Operation of Quantum Optic Networks

Using Terahertz Spectroscopy to Unravel New State of Matter in Iron Pnictide Superconductor

Using Terahertz Spectroscopy to Unravel New State of Matter in Iron Pnictide Superconductor

Researchers Observe Warped Disk Around Early Protostar for the First Time

Researchers Observe Warped Disk Around Early Protostar for the First Time

Researchers Find Out the Ability of Graphene Qubits to Compute Complex Problems

Researchers Find Out the Ability of Graphene Qubits to Compute Complex Problems

Novel Architecture Built with Hybrid Qubits Could Solve Challenges Faced in Realizing Quantum Computing

Novel Architecture Built with Hybrid Qubits Could Solve Challenges Faced in Realizing Quantum Computing

Researchers Propose Novel Quasi-1D Materials for Potential Spintronic Applications Using Rashba Effect

Researchers Propose Novel Quasi-1D Materials for Potential Spintronic Applications Using Rashba Effect

Non-Equilibrium Classification Theory Bridges Equilibrium Topological Phases and Non-Equilibrium Quantum Dynamics

Non-Equilibrium Classification Theory Bridges Equilibrium Topological Phases and Non-Equilibrium Quantum Dynamics

Using Laser Pulses and Supercomputing to Study Electron Behavior During Chemical Reactions

Using Laser Pulses and Supercomputing to Study Electron Behavior During Chemical Reactions

Researchers Describe Extended Quantum Maxwell’s Demon

Researchers Describe Extended Quantum Maxwell’s Demon

Physicists Describe Metamagnetism and Low-Carrier Kondo Effects of YbRh3Si7, an Eccentric Compound

Physicists Describe Metamagnetism and Low-Carrier Kondo Effects of YbRh3Si7, an Eccentric Compound

Detecting Strong Interaction of Proton-Neutron Pairs in Atomic Nuclei Through Proton Scattering Experiment

Detecting Strong Interaction of Proton-Neutron Pairs in Atomic Nuclei Through Proton Scattering Experiment

Array of Light-Sensing Photomultiplier Tubes Constructed for Massive New Dark Matter Detector

Array of Light-Sensing Photomultiplier Tubes Constructed for Massive New Dark Matter Detector

Gaining Insights into Mechanism for Manipulating 2D Materials to Produce Photons Ideal for Quantum Computing

Gaining Insights into Mechanism for Manipulating 2D Materials to Produce Photons Ideal for Quantum Computing

New Quantum Algorithm Could Accelerate Implementation of Practical Quantum Computers

New Quantum Algorithm Could Accelerate Implementation of Practical Quantum Computers

Study Reveals How Black Hole’s Plasma Jets Boost Particles to the Highest Energies

Study Reveals How Black Hole’s Plasma Jets Boost Particles to the Highest Energies

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