By flying closer to the Sun than ever, Parker Solar Probe reveals the chaotic birthplace of solar wind and space storms, ...

We present a novel multiple-input multiple-output (MIMO) optical modulation method combining antenna shift keying with joint pulse position and amplitude modulations. The proposed approach, denoted ...

Atmospheric ducting is an atmospheric refraction effect on electromagnetic waves formed under specific weather conditions. Accurate forecasting of its propagation loss is of great importance in modern ...

NASA’s Parker Solar Probe has collected data that evidences the theoretical “helicity barrier,” where turbulent dissipation behaves strangely.

Putting aerosols in the stratosphere to reflect sunlight could prevent the shutdown of key ocean currents, but only if it is ...

The expedition runs from July 9 to August 1. The project's sponsors and partners are: the Ministry of Science and Higher Education, VTB Bank (the general sponsor), the Russian Geographical Society, ...

Neil Jacobs, the atmospheric scientist nominated by President Donald Trump to lead the National Oceanic and Atmospheric ...

Essentially, the helicity "barrier" alters turbulent dissipation, changing how fluctuations dissipate and how the plasma is heated. The team has now analyzed data from the Parker Solar Probe, and it ...

All clouds need “seeds” called condensation nuclei or ice nuclei to properly develop. This could be a speck of dust, clay or ...

Two Ohio State Marion professors recently won a $20,000 Ohio State Energy Partners Academic Collaboration Award for their ...

Climate change is making severe storms worse, heightening the need for the development of advanced forecasting models, but ...

New research utilizing data from NASA's Parker Solar Probe has provided the first direct evidence of a phenomenon known as ...