Our PolarCam camera created by 4D Technology came in this week, causing excitement on the Eclipse team and a scramble to create communication between all of our hardware.
Our PolarCam camera created by 4D Technology came in this week, causing excitement on the Eclipse team and a scramble to create communication between all of our hardware.
Hello, this Alyssa Boll and Keon Gibson, and we are interns at HAO on the total solar eclipse team. We are spending the summer diving into preparations for observations of the total solar eclipse in August!
UCAR's Science Education Office has launched a new web site about the eclipse with links to materials about the Sun written in language suitable for K-12 students, and games and interactives related to the Sun and elipses.
Alongisde the FTIR experiment in Wyoming, HAO scientists will also be experimenting with a newly available visible/near-IR camera technology which we believe may have utility for future applications in solar physics research.
Shown are a few solar emission lines which MIGHT be observed during the total solar eclipse. Note that the absorbing presence of water vapor in the earth's atmosphere makes a few of them very unlikely.
Initial test spectrum at 12cm Optical Path Difference (OPD) of a globar source (1200ºC Blackbody), Indium Antimonide (InSb) detector at 5µm taken in <5 seconds.
Greetings from the High Altitude Observatory! In anticipation of the rapidly approaching August eclipse, we would like to let everyone know what we are doing in preparation. Toward this end, we welcome you to our new eclipse blog.
View videos of past colloquia