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Hybrid open-cell material shows promise for marine infrastructure The post Titanium-polymer metamaterial floats in water appeared first on Physics World.
New nanostructure could be used to make lasers that work in the terahertz frequency range The post Plasmonic metamaterial makes a photonic time crystal appeared first on Physics Wo...
Heat, one of the most stubborn forms of energy to control, may soon be steered with a precision once reserved for electrons and photons. In a study published in Results in Physics,...
Nanostructured device efficiently transforms light into different frequencies – including those at technologically important near-infrared wavelengths The post Metasurface optical...
Topology imprinting allows nonlinear metasurfaces to transfer structured light into new wavelengths, opening routes to compact holography, optical communications, quantum photonics...
In a development that reads like nanotechnology’s answer to Roman engineering, a team of South Korean researchers has built ultrathin films that borrow the ancient brick-and-mortar...
The Light That Refuses to Leak — Now Switched On With Electricity Some of the most stubborn light in physics is light that will not leave. Inside specially engineered surfaces, pho...
Australian researchers have built a 3D-printed titanium structure that floats in water and keeps floating even after significant damage, according to a study led by RMIT University...
Scientists have demonstrated a new way to dramatically enhance heat transfer across nanoscale gaps using engineered metamaterials. Heat can cross a tiny vacuum gap far more efficie...
What if you could build microscopic patterns without carving the material? Researchers have shown a way to do that while improving terahertz performance. Researchers from Nanyang T...
A new metamaterial design rule shows how simple steady-field patterns can be turned into a method for controlling complex waves The post How do you design an invisibility cloak? ap...
Carbon nanotube fibers and MXene form an ultrathin, mechanically strong film that provides electromagnetic interference shielding while suppressing infrared emission.
Researchers demonstrate polarization-controlled metal and dielectric resonances in a single MoOCl2 nanostructure for multifunctional nanophotonics.
A flat-band metasurface converts infrared light into visible images more than 1,000 times brighter while preserving sharp detail.
Researchers have developed an innovative method for coupling light non-linearly. This opens up new possibilities for telecommunications and quantum technology.
As one of nature’s most spectacular structures, Venus’ flower basket glass sponges can live thousands of years more than 2 km (3,300 ft) belo...
Research team develops a highly directional speaker by integrating metamaterials with a single ultrasonic transducer.
Deployable mechanical metamaterials with multistep programmable transformation research Mingchao Liu Wed, 10/12/2022 - 07:03 mechanical me...
Researchers co-design engineered semiconductors and metasurfaces to build powerful optical device.
A new review identifies multifunctionality as a key barrier to programmable quantum photonic circuits and highlights 2D materials as a route to tunable, scalable quantum devices.
Deployable mechanical metamaterials with multistep programmable transformation research Mingchao Liu Wed, 10/12/2022 - 07:03 mechanical me...
Researchers develop a new analytical framework that reveals hidden periodicity in complex metasurfaces.
Учёные из Южной Кореи разработали сверхтонкую плёнку, способную практически полностью блокировать электромагнитные волны и одновременно снижать заметность объектов для тепловизоров...
Researchers use laser light to reprogram a liquid-crystal metasurface, enabling tunable optical functions for future computing, imaging and communications.
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