Livestream event kicks off at 8 p.m. CDT (01:00 UTC) tonight!
The Explore Alliance will host its milestone 50th Global Star Party tonight beginning at 8 p.m. CDT (01:00 UTC). Astronomers David Levy, David Eicher, John Briggs, Stella Kafka, and many more from both the Northern and Southern Hemispheres are slated to give amazing presentations. The Astronomical League also will be giving away thousands of dollars in Explore Scientific door prizes. Experience the talks and live imaging that make the Global Star Party a life changing event. Be sure to tune in to this interactive livestream event, which will be simulcast free on Explore Scientific's social media channels (connect here). |
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| 8:00 pm. (01:00) — Scott Roberts: Welcome and Intro 8:05 pm. (01:05) — David Levy: Welcome and Poetry 8:15 pm. (01:15) — David Eicher – Under the Microscope 8:30 pm. (01:30) — Carroll Iorg: Astronomical League Door Prizes 8:40 pm. (01:40) — Stella Kafka - The Importance of Building Inclusive Communities 8:50 pm. (01:50) — Karim Jaffer - Astronomy Education during Curfew & Lockdown 9:00 pm. (02:00) — Terry Mann - Aurora! 9:15 pm. (02:15) — 10 Minute Break 9:25 pm. (02:25) — Libby in the Stars 9:40 pm. (02:40) — John Briggs 9:50 pm. (02:50) — Pekka Hautala - A Photo Competition and A Solar Eclipse 10:00 pm. (03:00) — Cesar Brollo - Live Astrophotography 10:10 pm. (03:10) — Adrian Bradley – Astrophotography 10:20 pm. (03:20) — Maxi Falieras – Astrophotography and Outreach 10:30 pm. (03:30) — Jerry Hubbell – Scientific Imaging 10:40 pm. (03:40) — Chuck Allen - Furthest 10:50 pm. (03:50) — Dawn Davies - Container Observatory 11:00 pm. (04:00) — Deepti Gautam - Astronomy in Nepal 11:10 pm. (04:10) — Anshuraj Sedai - Astronomy in Nepal 11:20 pm. (04:20) — Rodrigo Zelada - Astrophotography in Chile 11:30 pm. (04:30) — 10 minute break 11:40 pm. (04:40) — After Party! |
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| * Please be advised that start times for each presentation are approximate |
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| | Explore Scientific's premium waterproof eyepieces are multi-element oculars that achieve superior light transmission with edge-blackened optics made of low-dispersion glass with a high refractive index. Each lens is fully multi-coated with durable enhanced multi-layer deposition coatings. These factors combine to maximize the potential of your telescope to capture the celestial wonders you seek with sharp contrast, high resolution and crisp definition. | |
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