Matter

An extremely long beam of matter and antimatter extending from a tiny pulsar

Tiny star unleashes Gargantuan beam of matter and antimatter.

Scientists have discovered a long-predicted magnetic state of matter

Scientists identify a long-sought magnetic state predicted nearly 60 years ago.

New technique to see matter-wave caustics

Atom laser creates reflective patterns similar to light.

Supercomputers predict exotic six-quark particle

A new particle predicted by supercomputers could shed light on how matter is formed.

Experiments reveal the formation of new states of matter

The observations are consistent with the theory of a state with fermionic quadrupling.

A new way to combine two different states of matter

Photon-phonon breakthrough.

Exotic matter-wave states revealed in condensed matter physics

Optically generated quantum fluids of light reveal exotic matter-wave states in condensed matter physics.

A new phase of matter unraveled

Back to basics approach.

A way to get photons to interact with atoms

Light-matter interactions propel quantum technologies forward.

Scientists raised and realized noiseless photon echo (NLPE) protocol

It achieved solid quantum memory with high fidelity.

Why there’s so little antimatter in the universe?

Radioactive molecules are sensitive to subtle nuclear phenomena and might help physicists probe the violation of the most fundamental symmetries of nature.

LHCb measured a tiny mass difference between two particles

The result is a milestone in studying how a particle known as a D0 meson changes from matter into antimatter and back.

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