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Daile zhang, who helped to verify these records says the mappers reveal more about the scale of lightning than traditional ground—based detectors. there are optical sensors so you can think of it as, you know, a camera on your cell phone, but it detects, it covers a large domain, north and south america, and adjacent oceans. and it is also a high—speed camera so it takes a snapshot from above the thunderstorm every two milliseconds, which give you 500 frames per second. and it continuously observes, you know, lightning activity, and it operates in a very narrow band of near infrared freque...

Geostationary lightning mappers. daile zhang, who helped to verify these records says the mappers reveal more about the scale of lightning than traditional ground—based detectors. there are optical sensors so you can think of it as, you know, a camera on your cell phone, but it detects, it covers a large domain, north and south america, and adjacent oceans. and it is also a high—speed camera so it takes a snapshot from above the thunderstorm every two milliseconds, which give you 500 frames per second. and it continuously observes, you know, lightning activity, and it operates in a very na...

To verify these records says the mappers reveal more about the scale of lightning than traditional ground—based detectors. there are optical sensors so you can think of it as, you know, a camera on your cell phone, but it detects, it covers a large domain, north and south america, and adjacent oceans. and it is also a high—speed camera so it takes a snapshot from above the thunderstorm every two milliseconds, which give you 500 frames per second. and it continuously observes, you know, lightning activity, and it operates in a very narrow band of near infrared frequency, so whenever there i...

A camera on your cell phone, but it detects, it covers a large domain, north and south america, and adjacent oceans. and it is also a high—speed camera so it takes a snapshot from above the thunderstorm every two milliseconds, which give you 500 frames per second. and it continuously observes, you know, lightning activity, and it operates in a very narrow band of near infrared frequency, so whenever there is lightning in the cloud, the satellite sensor will see where it started and how it propagates in the cloud and where it ends. it is exciting that we have the technology to observe and app...

In the southern usa. these flashes were observed by new satellite technology, geostationary lightning mappers. daile zhang, who helped to verify these records says the mappers reveal more about the scale of lightning than traditional ground—based detectors. there are optical sensors so you can think of it as, you know, a camera on your cell phone, but it detects, it covers a large domain, north and south america, and adjacent oceans. and it is also a high—speed camera so it takes a snapshot from above the thunderstorm every two milliseconds, which give you 500 frames per second. and it con...