Metasurfaces can be opportunely and specifically designed to manipulate electromagnetic
wavefronts. In recent years, a large variety of metasurface-based optical devices such as …

Magnetotransport, the magnetic field induced electron transport phenomenon through
metals and semiconductors, has proven to be a useful technique to tailor the properties of …

The unique electromagnetic response characteristics of metasurfaces and their intrinsic
physical mechanisms have attracted a lot of attention. With the help of metasurfaces, the …

The rapid advancement of Terahertz (THz) science and technology has led to a growing
interest in electromagnetic interference (EMI) shielding in the THz frequency region. There is …

Metal-based magnetic multilayers are primarily responsible for giant-magnetoresistance
(GMR) that play a pivotal role in magnetic memory devices besides other spintronic …

Harnessing electron spin within limited dimensions under applied magnetic fields can lead
to spin‐assisted tunable light‐matter interactions, which form a crucial step in developing …

At present, the development of metamaterials is abundant. Scientists have developed plenty
of metamaterials to meet the rich needs in medicine, military and so on. A temperature …

Food waste is one of the greatest economic and ethical challenges in the world.
Empowering consumers with the ability to assess the quality of fruit can be a game changer …

Resonant evanescent orders, being an exclusive deep sub-wavelength phenomenon, are
well-known for confining strong EM energy at the air-grating interface when excited utilizing …

Metasurface-based research with phase-change materials has been a prominent and
rapidly developing research field that has drawn considerable attention in recent years. In …