Read article: Weyl phononic crystal negatively refracts sound waves
Weyl phononic crystal negatively refracts sound waves
New “zero reflection” topological quantum material could have many practical applications
Read article: Weyl phononic crystal negatively refracts sound waves
Read article: ‘Oleo Sponge’ mops up oil spills
‘Oleo Sponge’ mops up oil spills
Open-water tests show that the sponge-like material can completely remove a thin layer of oil from the ocean surface
Read article: Organic ferroelectrics finally stick in the memory
Organic ferroelectrics finally stick in the memory
Researchers vastly improve the reach of ferroelectrics by producing the first all-organic perovskites
Read article: Wet etching makes high quality topological superconductor
Wet etching makes high quality topological superconductor
Samples could be used to study the quantum spin Hall effect as well as to make spintronics devices and qubits
Read article: Static electric field suppresses superconductivity
Static electric field suppresses superconductivity
The London brothers may have been right
Read article: Skyrmion phases: two for the price of two
Skyrmion phases: two for the price of two
First observations of two independent skyrmion phases in the same magnetic material
Read article: 100% biodegradable packaging company expands
100% biodegradable packaging company expands
Aiming to reduce plastic waste in food packaging, Sulapac joins forces with Fazer
Read article: Printed metal-polymer conductors make stretchy biodevices
Printed metal-polymer conductors make stretchy biodevices
Applications include cardiac patches, wearable glove keyboards, soft robotics and medical implants
Read article: Printed ferromagnetic domains help make fast-moving robot
Printed ferromagnetic domains help make fast-moving robot
Tiny device, which can roll, jump and grasp objects, might be used in a host of biomedical applications, like minimally invasive surgery or targeted drug delivery
Read article: Topological semimetals go thermoelectric
Topological semimetals go thermoelectric
Applying an intense magnetic field to Dirac semimetals allows them to produce record amounts of thermopower
