51¶¯Âþ

quantum computing

Quantum minds: Why we think like quarks

Life

Quantum minds: Why we think like quarks

The fuzziness and weird logic of the way particles behave applies surprisingly well to how humans think

Features

Quantum computer chips pass key milestones

Technology

Quantum computer chips pass key milestones

51¶¯Âþ

Photons made to change colour and shape

Physics

Photons made to change colour and shape

51¶¯Âþ

How to be in two places at the same time

Physics

How to be in two places at the same time

51¶¯Âþ

New Scientist Default Image

Physics

How to make quantum entanglement last

51¶¯Âþ

Hologram revolution: The theory changing all physics

Space

Hologram revolution: The theory changing all physics

51¶¯Âþ

Quantum magic trick shows reality is what you make it

Physics

Quantum magic trick shows reality is what you make it

51¶¯Âþ

Neutrinos caught 'shape shifting' in new way

Space

Neutrinos caught 'shape shifting' in new way

51¶¯Âþ

Erase entangled memory to cool a computer

Technology

Erase entangled memory to cool a computer

51¶¯Âþ

Theory of everything: The big questions in physics

Space

Theory of everything: The big questions in physics

General relativity breaks the quantum rules of elementary particles. Black holes threaten the foundations of quantum mechanics. Something has to give

Features

Technology

Quantum computer sold to high-profile client

51¶¯Âþ

Physics

Fleeting antimatter trapped for a quarter of an hour

51¶¯Âþ

Life

The limits of knowledge: Things we'll never understand

Features

Physics

Uncertainty entangled: The limits of quantum weirdness

Features

Piano Exit Overlay Banner Mobile Piano Exit Overlay Banner Desktop