Condensed matter

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The wire, despite being only 0.2 micron thick, can carry a current comparable to that of commercial superconducting wires that are almost 10 times thicker

New superconductor has record breaking current density

Dancing humans embody topological properties

Choreographed high school students have fun simulating curious phase of matter

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**Flagship journal Reports on Progress in Physics marks 90th anniversary with two-day celebration**

A new future lies in store for Reports on Progress in Physics as the journal turns 90

Akiko Nakayama: the Japanese artist skilled in fluid mechanics

Sidney Perkowitz explores the science behind the work of Japanese painter Akiko Nakayama

Research headlines

Superconductivity appears in nickelate crystals under pressure

QuTech researchers with their quantum processor

Spins hop between quantum dots in new quantum processor

Photo of four members of the research team, standing in front of a diagram showing the arrangement of the crystalline material used in this research

Spin-ice superconductors display magnetic nonreciprocity

Liquid–metal interfaces show large thermoelectric effect

Discovery could help us better understand Jupiter’s magnetic field as well as improve liquid–metal batteries

‘Poor man’s Majoranas’ offer testbed for studying possible qubits

A new approach could put Majorana particles on track to become a novel qubit platform, but some scientists doubt the results’ validity

Domain walls in twisted graphene make 1D superconductors

Structures could have applications in future electronic devices

Protecting phone screens with non-Newtonian fluids

Fluids that get runnier during impact are optimized for preventing damage to phone screens

Wigner crystal appears in bilayer graphene

First direct observations made of a lattice structure consisting solely of electrons

Laser light makes a material magnetic

Researchers demonstrate a new way to induce a relatively large magnetic moment in room-temperature materials

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Explore more in condensed matter

A breezy tour of what gaseous materials do for us

Margaret Harris reviews It’s a Gas: the Magnificent and Elusive Elements that Expand Our World by Mark Miodownik

Spot the knot: using AI to untangle the topology of molecules

Solving a centuries-old mathematical puzzle could hold the key to understanding the function of many of the molecules of life

Aperiodicity: the dance event bringing non-repeating patterns to life

Matin Durrani reviews Aperiodic – an art-science performance from South West Dance Theatre

Could athletes mimic basilisk lizards and turn water-running into an Olympic sport?

Ahead of the 2024 Olympics, Nicole Sharp investigates nature’s most extraordinary sprinters

Electron microscope picture of a collection of multicore globules

Mixing water and oil: no surfactants needed

New finding could have implications for industries that use emulsions

Christopher Simon holds a crystal of lithium holmium yttrium fluoride in his gloved hand

Quantum Barkhausen noise detected for the first time

Cooperative tunnelling of spins creates magnetic "avalanches" in a crystalline quantum magnet

Giant quantum tornado behaves like a black hole in miniature

Swirling vortex in superfluid helium could let researchers study rotating curved space–times in the lab

Hexagonal lattice with a beam of light through a hole

Meet the ‘quantum plumbers’ uncovering the mysteries of fluid mechanics at the nanoscale

Philip Ball investigates the strange quantum effects that control water flow in carbon nanotubes

Photo of Takasada Shibauchi in his laboratory looking at a screen next to a microscope

Heat capacity measurements reveal Majorana fermions

Researchers in Japan and Korea say they have found evidence for the existence of these elusive quasiparticles in the thermodynamic behaviour of a Kitaev magnet

REBCO high-temperature superconductors are ideal for tokamak magnets, study suggests

Extensive research confirms material’s ability to create compact yet powerful fields

Image showing artist's representations of merons and antimerons hovering above an image of a material

Quasiparticles called merons appear in a synthetic antiferromagnet for the first time

Collective topological chiral spin textures could lead to new concepts for spintronics devices

Neutron mirror gets a boost from boron carbide

Reflection and polarization benefit from sharper atomic interfaces

Ask me anything: Katrin Erath-Dulitz ‘As a researcher, I rely on creative thinking’

Katrin Erath-Dulitz is a researcher at the University of Innsbruck who studies chemical reactions at very low temperatures

Drinking bird toy generates usable electricity

Dippy bird device powers 20 liquid-crystal displays

Negatively charged particles in water attract to form hexagonal clusters

Scientists discover that like-charged particles can sometimes attract

Findings contradict central electromagnetic principle that the force between like charges is always repulsive

‘It can be a long road and that’s okay’ – Prineha Narang on going the distance in science

Prineha Narang, a computational materials physicist at UCLA, describes how she went from running on the track to running a cutting-edge research group

APS March Meeting: connecting physicists from around the globe

The American Physical Society March Meeting brings together more than 13,000 physicists from around the world to connect and collaborate

Diamond alignment makes high-pressure magnetometry of superconductors possible

New technique allows NV centres to be used in diamond anvil cells

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