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quantum physics

Infinite doppelgängers may explain quantum probabilities

Physics

Infinite doppelgängers may explain quantum probabilities

Quantum probabilities have been tied to something concrete, if bizarre – the notorious possibility that multiple versions of you exist

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Atom images raise quantum computer hopes

Technology

Atom images raise quantum computer hopes

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Is quantum theory weird enough for the real world?

Physics

Is quantum theory weird enough for the real world?

Features

Lasers could make virtual particles real

Space

Lasers could make virtual particles real

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E=mc<SUP>2</SUP>? Not on Conservapedia

Physics

E=mc2? Not on Conservapedia

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Rethinking Einstein: The end of space-time

Space

Rethinking Einstein: The end of space-time

Features

Graphene bubbles mimic explosive magnetic field

Technology

Graphene bubbles mimic explosive magnetic field

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New Scientist Default Image

Technology

Quantum electron 'submarines' help push atoms around

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New Scientist Default Image

Space

Spinning black holes could expose exotic particles

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New Scientist Default Image

Technology

What comes after the Large Hadron Collider?

Physicists will soon have to decide what kind of particle smasher they want built after the LHC – they discussed it at a major conference today

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Physics

Triple-slit experiment confirms reality is quantum

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Technology

Old faithful Tevatron collider leads race to Higgs

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Physics

Quark discoverer Murray Gell-Mann: Decoherence, language and complexes

Opinion

Life

Quantum entanglement holds together life's blueprint

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