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Hubble and Chandra Captures Supermassive Black Hole Duo

Hubble and Chandra Captures Supermassive Black Hole Duo

Scientific Theory Confirmed After Decades

Scientific Theory Confirmed After Decades

DOE Invests $65 Million to Enhance Quantum Computing Technologies

DOE Invests $65 Million to Enhance Quantum Computing Technologies

Breakthroughs in Neutral Atom Technology Push Quantum Computing Forward

Breakthroughs in Neutral Atom Technology Push Quantum Computing Forward

Quantum Techniques Advance Future Network Security

Quantum Techniques Advance Future Network Security

New Imaging Displays Supermassive Black Hole in Galaxy’s Core

New Imaging Displays Supermassive Black Hole in Galaxy’s Core

Uncovering Complex Electron Interactions

Uncovering Complex Electron Interactions

New Technique Measures Tiny Kicks from Nuclear Decays in Dust-Sized Particles

New Technique Measures Tiny Kicks from Nuclear Decays in Dust-Sized Particles

Gravitational Waves Reveal New Details About the Internal Dynamics of Neutron Stars

Gravitational Waves Reveal New Details About the Internal Dynamics of Neutron Stars

Graphene Layers Create Tunable Chiral Edge States

Graphene Layers Create Tunable Chiral Edge States

Quantum Interactions Boost Photoprotection in Proteins

Quantum Interactions Boost Photoprotection in Proteins

Nuclear Clock Research Unlocks New Levels of Timekeeping Accuracy

Nuclear Clock Research Unlocks New Levels of Timekeeping Accuracy

Simplifying Quantum Sensing with Spin Squeezing

Simplifying Quantum Sensing with Spin Squeezing

Engineering Chiral Edge States in Graphene Heterostructures

Engineering Chiral Edge States in Graphene Heterostructures

Robust Spin-Motion Interaction in the Ultrafast Dynamics of Rydberg Atoms

Robust Spin-Motion Interaction in the Ultrafast Dynamics of Rydberg Atoms

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