![]() These are just some of the genres in Netflix that made it one of the best streaming services in the world today. A rom-com tearjerker for when you just need a good cry. An animation series based on a popular game that expands the world beyond imagination. A critically-acclaimed biopic of a tortured-genius. Netflix brings us to a new world of entertainment where genres that we never thought we’d like become our next interest.Ī cynical mockumentary-style comedy about a family inheriting a town that was bought as a joke. It gives us something that’s more than just re-watching our favorite films. ![]() “That way, we can run the experiment with the airplanes and then observe the eclipse right after.”įor the latest on all aspects of April 8’s total solar eclipse in North America, check my main feed for new articles each day.There are many places on the net where we can watch movies and TV series, but Netflix is quite different. “This time I’m hoping to have a mobile command center on the centerline of the path of totality,” said Caspi. However, Houston gets only 93% partial solar eclipse. “I’ll probably be somewhere in Texas where the best weather is likely to be because Southwest Research Institute is headquartered in Texas and because the WB-57s are based there,” said Caspi. “I didn’t actually get to see that eclipse because I was running the experiment at the WB-57 mission control center at Ellington Field, Houston,” said Caspi, who didn’t see his first total solar eclipse until April 20, 2023, in Western Australia. NASA/SwRI/Amir Caspi/Dan Seaton Staying MobileĬaspi’s experiment builds on a similar one on August 21, 2017, during the last total solar eclipse in the U.S.-the main difference being the new improved camera suite. 21 eclipse by a telescope aboard NASA’s WB-57 jet. Infrared light data gathered during the Aug. In the other WB-57 will be a spectrometer provided by the Solar Wind Sherpas, a group of solar researchers led by Shadia Habbal at the University of Hawaii who’s been imaging the totally eclipsed sun since 1995 from the ground. “You can’t see space-borne emission from the ground because the atmosphere will absorb it, and the atmosphere glows in exactly that wavelength range, so you have to be above as much of the atmosphere as you get to be able to make those observations.” “It’s a range of infrared that you cannot see very well, if you’re on the ground-it’s also called mid-wave infrared and thermal infrared,” said Caspi. At 60,000 feet, the planes will be flying at an altitude high enough to capture infrared light, which is absorbed by Earth’s atmosphere and is impossible to observe from ground level. That will help determine which structures in the middle and lower corona emit their light and which merely scatter light from the sun’s surface. In one of the aircraft, images of the corona will be captured in seven different wavelengths by both a visible light camera and a new higher-resolution mid-infrared camera developed by NASA. NASA/SwRI/Amir Caspi/Dan Seaton Infrared Light data is on the left, and processed data is on the right. ![]() ![]() Visible light data gathered during the Aug.
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