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Making Heavy Fermions in Graphene Could Power Radiation-Free Quantum Technology

Making Heavy Fermions in Graphene Could Power Radiation-Free Quantum Technology

Q-CTRL Secures $3.5 Million Grant to Develop Space-Based Quantum Sensing technologies

Q-CTRL Secures $3.5 Million Grant to Develop Space-Based Quantum Sensing technologies

Scientists Get Closer to Realizing Room-Temperature Superconductivity at Ambient Pressure

Scientists Get Closer to Realizing Room-Temperature Superconductivity at Ambient Pressure

Study Describes a New Phenomenon Called Magneto-Rotational Hypernova

Study Describes a New Phenomenon Called Magneto-Rotational Hypernova

Physicists Find New Clues to Explain the Universe's Matter-Antimmater Asymmetry

Physicists Find New Clues to Explain the Universe's Matter-Antimmater Asymmetry

Atomic-Scale Control of Magnetic Fields Using Switchable Ultrastable Single-Atom Magnets

Atomic-Scale Control of Magnetic Fields Using Switchable Ultrastable Single-Atom Magnets

Ignition Process of Plasma Under Water

Ignition Process of Plasma Under Water

New Laser System that Generates Quantum Particles can Recycle Lost Energy

New Laser System that Generates Quantum Particles can Recycle Lost Energy

Researchers Propose a Way to Harness the Quantum Properties of Nanoparticles

Researchers Propose a Way to Harness the Quantum Properties of Nanoparticles

New Type of Massive Explosion Explains Mystery Star

New Type of Massive Explosion Explains Mystery Star

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