Click image to see and hear multiple explosions of the fireball when it broke apart 12-15 miles high over Chelyabinsk, Russia on Feb. 15, 2013. This video scares me every time I see it. You've ...

DENVER, CO – A global infrasound network is recording what we can't see or hear--and researchers are listening more intently every day. While many of these listening stations were constructed to ...

Infrasound is too low-frequency for humans to hear. It has been mistaken for ghosts, has been known to cause nausea and headaches in humans, and is used to monitor the testing of nuclear weapons. It’s ...

A new recording lets human ears listen in on the largest infrasound blasts ever recorded, created by the meteor that exploded over Russia last week. Infrasonic waves from the Russian meteor fireball ...

Tornado-producing storms can emit infrasound more than an hour before tornadogenesis, which inspired a group of researchers to develop a long-range, passive way of listening in on storms. Infrasound ...

Erupting volcanoes are obviously noisy places, but there are sounds that we do not hear as well. Infrasound is an acoustic wave with a frequency too low to be heard by humans. Erupting volcanoes are ...

University of Sydney provides funding as a member of The Conversation AU. At the centre of claims about wind farms allegedly causing health problems is the infrasound that wind turbines generate as ...

WASHINGTON, D.C., May 8, 2018 -- Infrasound waves oscillate at frequencies humans can't hear, but they're extremely useful for monitoring nuclear blasts because infrasound decays so slowly within our ...