51¶¯Âþ

quantum theory

New Scientist Default Image

Space

Gravity ripples may reveal traces of supersymmetry

Gravitational waves could reveal evidence that each of the known subatomic particles once had a symmetric partner

51¶¯Âþ

How camels could explain quantum uncertainty

Physics

How camels could explain quantum uncertainty

51¶¯Âþ

New Scientist Default Image

Technology

Most powerful ever quantum chip undergoing tests

51¶¯Âþ

Fermilab 'closing in' on the God particle

Technology

Fermilab 'closing in' on the God particle

51¶¯Âþ

New Scientist Default Image

Physics

Seven things you need to know about time

51¶¯Âþ

New Scientist Default Image

Technology

Teleporter sends ions on long-distance journey

51¶¯Âþ

New Scientist Default Image

Space

Our world may be a giant hologram

Features

Review: <i>The hidden life of Paul Dirac</i> by Graham Farmelo

Review: The hidden life of Paul Dirac by Graham Farmelo

Books & Arts

New Scientist Default Image

Strange tales about Paul Dirac

Books & Arts

Repulsive quantum effect finally measured

Technology

Repulsive quantum effect finally measured

Physicists at last observe a "quantum buoyancy" effect that could one day be used to oil the wheels of nanomachines

51¶¯Âþ

Technology

A year in the quantum world

51¶¯Âþ

Technology

Diamond 'wires' – quantum computing's best friend

51¶¯Âþ

Technology

Gas memory could send spooky messages the full distance

51¶¯Âþ

Space

Spinning water droplets behave like black holes

51¶¯Âþ

Piano Exit Overlay Banner Mobile Piano Exit Overlay Banner Desktop