FRBs are sporadic, intense flashes of radio wave energy that can be brighter than entire galaxies. In just thousandths of a ...

Scientists have unlocked a previously unseen behavior of acoustic waves, opening up new possibilities for cutting-edge ...

Learn about the reflection of high-frequency signals in 5G communications and how impedance discontinuities can influence ...

This novel finding regarding the nonreciprocal diffraction of acoustic waves could open doors for next-generation communication devices.

LF/MF predicts basic transmission loss in the frequency range 0.01 - 30 MHz for propagation paths over a smooth Earth and antenna heights less than 50 meters. This Python package wraps the NTIA/ITS ...

The IEEE Broadcast Technology Society has partnered with the NAB to produce a free webinar on the Broadcast Positioning ...

THE Broadcasting Authority of Zimbabwe (BAZ) has announced its intention to revise the Broadcasting Frequency Allotment Plan as it seeks to increase frequencies for non-language-based community radio ...

The LF/MF model predicts basic transmission loss in the frequency range 0.01 - 30 MHz for propagation paths over a smooth Earth and antenna heights less than 50 meters. Additional bindings to the ...

In addition to the measurement data, propagation environment related features that are provided as an input to the neural network have been extracted by employing quantised radio path profiles based ...

The state remains the only one in New England without greenhouse gas emissions reduction targets in state law, and Sununu’s administration charted a distinct path on energy policy. He also ...

We're following the confirmation hearings for the incoming Trump administration. See our full politics coverage, and follow NPR's Trump's Terms podcast or sign up for our Politics newsletter to stay ...

You might know him from: The Senate and as the top Republican on the Senate Intelligence Committee. He was also a candidate in the 2016 GOP presidential primary race, where Trump dubbed him "Little ...