One device, looking up, maintained a satellite data connection as the aircraft changed headings, banked and rolled, while the other antenna looked down to track electromagnetic emitters on the ground.

Our results provide a first deterministic realization of the resonant interaction of quantum emitters with a variety of nanowire antenna modes of even and odd symmetries, which are fundamental ...

In this study, we leverage the high-frequency optical phonons present in BNNTs to create strong mid-IR thermal antenna emitters at high temperatures (938 K). Through direct measurement of thermal ...

PREMO offers three kinds of emitter antennas to cover any market request. The KGEA-WT series: winding ferrite plus capacitor with heat shrink tube, intended to be protected by final customer assembly; ...

To do that, you need multiple element light-antennas, and you need to be able to control the phase and amplitude of each emitter. So, this isn't the next generation of wireless, but perhaps the ...

An early prototype of the UltraHaptics ultrasonic phased array antenna, containing only 100 emitters (Photo: Bristol University) To steer focal points of ultrasonic energy above a computer display ...

This is what happens in detail: first the antenna molecule absorbs a green low-energy photon and passes it to the emitter molecule as a package of energy. Both molecules store the energy one after ...

To remedy this, the researchers designed an emitter to make use of long-lived resonances with "non-radiative" objects. This keeps the energy close to the antenna until another object with a ...

This is what happens in detail: first the antenna molecule absorbs a green low-energy photon and passes it to the emitter molecule as a package of energy. Both molecules store the energy one after ...