- MagAO 2018A Day -1: Strike On The Way In
- MagAO 2018A Blog Rules
- Congratulations Dr. Wu — MagAO’s newest Ph.D.!
- Greetings from LBTI AO!
- 2017B Day 14: Not the last blog post
- 2017B Day 15: The End of the 2017B Run, and a Hike to See Petroglyphs
- 2017B Day 13: The Owl’s Perch
- 2017B Day 12: Arcseconds Chocolates Owls Earthquakes
- 2017B Day 11: MagAO Team Takes a Field Trip!
- 2017B Day 10: Hey Everybody
- 2017B Day 9: Clouds
- 2017B Day 8: Bubo Magellanicus
- 2017B Day 7: What’s in a title? that which we call a title by any other name would obey the rules
- 2017B Day 6: Undergrad Meets Telescope
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- 2017B Day 4: Jared Says The Blog Rules Say This Title Can Be Anything
- 2017B Day 3: So cold even Clio is trying to get warm
- 2017B Day 2: On Sky!
- 2017B Day 1: Too Cold from The Old Pueblo
- 2017B Day 0: Arrived at LCO
- 2017A Day 21: A Very Successful MagAO Science Run Ends
- 2017A Day 20: All packed up
- 2017A Day 19: La Grande, Grande Araña del Cerro Manqui
- 2017A Day 18: Scary Spider
- 2017A Day 17: Multiple Suns and Planets in Dusty Disks
- 2017 DAY 16: Good Luck MAGAO Team
- 2017A DAY 15: The Amazing Weather Predicting ASM
- 2017A Day 14: Step On The Gas
- 2017A Day 13: Much excitement for first time users!
- 2017A Day 12: Clio night
Monthly Archives: August 2013
MagAO and VisAO got a lot of press last week, when we announced our first-light results — demonstrating diffraction-limited imaging with 0.02 arcsecond resolution. This is the finest resolution of any filled-aperture long-exposure images ever taken! See the press release … Continue reading
Today the MagAO team is extremely happy to announce our first three refereed publications. Read on to find out about the exciting science we did in the Orion nebula. The following press release can be downloaded as a pdf. For … Continue reading
Diffraction-limited Visible Light Images of the Orion Trapezium Cluster With the Magellan Adaptive Secondary AO System (MagAO)
We utilized the new high-order (250-378 mode) Magellan Adaptive Optics system (MagAO) to obtain very high spatial resolution observations in “visible light” with MagAO’s VisAO CCD camera. In the good-median seeing conditions of Magellan (0.5-0.7″) we find MagAO delivers individual … Continue reading