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quantum computing

Higgs-spotting is much easier in Flatland

Physics

Higgs-spotting is much easier in Flatland

Boson spotting is much easier in two dimensions – the simulated Higgs was glimpsed in a single layer of ultra-cold atoms on a lab bench

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Ghosts in the atom: Unmasking the quantum phantom

Physics

Ghosts in the atom: Unmasking the quantum phantom

Features

Chemical bond discovered that only exists in space

Space

Chemical bond discovered that only exists in space

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New Scientist Default Image

Physics

What if we could split the Higgs boson?

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Beyond Higgs: Deviant decays hint at exotic physics

Physics

Beyond Higgs: Deviant decays hint at exotic physics

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New Scientist Default Image

Physics

Particle discovery is a start, not an end

Opinion

New Scientist Default Image

Physics

Melbourne drinks to the Higgs while CERN lunches

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Celebrations as Higgs boson is finally discovered

Technology

Celebrations as Higgs boson is finally discovered

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A brief history of a boson: Timeline of Higgs

Technology

A brief history of a boson: Timeline of Higgs

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Higgs fever: Your guide to the most-wanted particle

Technology

Higgs fever: Your guide to the most-wanted particle

On Wednesday CERN will announce the latest results in the hunt for the Higgs boson. What's technically possible – and what does it mean for the universe?

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Technology

Agent Higgs game turns real particle hunt on its head

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Physics

Sorry Einstein, the universe needs quantum uncertainty

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Space

Black holes could act as cosmic Rosetta stones

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Space

Neutrinos don't outpace light, but they do shape-shift

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