A microscopic LED could offer data centers a more energy-efficient way to move information ...

A collaboration between the University of Illinois Urbana-Champaign's Grainger College of Engineering and the University of ...

A dynamic shift between free expansion and restricted movement has been achieved within a designed quantum material, a feat ...

Under a magneto-optical Kerr microscope, a regular array of magnetic skyrmions, each one a tiny swirl of magnetisation, starts to lose its pattern. First the gaps between neighbouring swirls stop ...

A new review argues that cell-stacked 3D DRAM, surpassing 2D bit density at around 100 stacked layers, is the scalable path ...

Adelaide University researchers utilize 2D arrays of superconducting quantum interference filters to achieve absolute ...

For the first time, the Catholic Archdiocese of Oklahoma City and Resurrection Cemetery are hosting a public Día de Muertos ...

Researchers have made working semiconductor electrodes from a material whose properties could be adjusted to suit different ...

A new Perspective argues that paper and soft polymeric materials have become active platforms that are transforming ...

An exactly solvable model shows how cavity photons create long-range interactions, allowing a one-dimensional spin chain to ...

Siting a wind farm or estimating structural loads on a solar array means running detailed fluid simulations — sometimes ...

"Why do parts that were supposed to match under the same standard create minute play or seizing, betraying the designer's ...