Seven years ago, a group of researchers detected something strange above Antarctica's skies. Large, mysterious ripples were propagating across Earth's atmosphere. These so-called "inertia-gravity ...

Furthermore, innovative observations from satellite instruments have revealed large-scale inertial gravity waves, offering new insights into their spatial structure and underlying dynamics [3].

Gravitational wave detectors have "heard" the ripples in space caused by the most massive black hole merger yet. One ...

The waves propagate almost vertically, with frequencies near the inertial frequency, characteristic of low-frequency inertial gravity waves.

An atmospheric inertia-gravity wave is a wave of air that can run from 6 to 60 miles long that is created when a mass of stable air is displaced by an air mass with significantly different pressure.

A short-lived ripple in space-time revealed that two black holes merged into a giant black hole with the mass of 225 suns ...

They detected gravity waves with near-inertial frequencies (NIGWs) in the lower stratosphere. ERA5, while able to qualitatively capture these NIGWs, underestimated their amplitude and failed to ...

Showing results for: Large-amplitude inertia -gravity wave environments... "The Hole in the Universe" by K.C. Cole ...

An atmospheric inertia-gravity wave is a wave of air that can run from 6 to 60 miles long that is created when a mass of stable air is displaced by an air mass with significantly different pressure.

Down isn't really down, it's radially inward, and this creates two problems with thinking about freely-falling frames as inertial or thinking about gravity as an illusion.