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zelario

@zelario4f.bsky.social

astronomy undergrad @ Columbia aspiring exoplanetologist by day, artist and minecraft speedrunner by night who tf is this loser

80 Posts38 Follower22 Folgt
Askaniy@askaniy.bsky.social · 7mo ago

I present three maps of Titan: one in visible "true" colors (albedo scaled and gamma corrected), one in enhanced colors (linear albedo scale with a factor of five), and one of the lakes. In this thread, I will briefly describe how the impenetrable haze was bypassed.

"True" colors (albedo scaled and gamma corrected)Enhanced colors (linear albedo scale with a factor of five)Specular map of the lakes
zelario@zelario4f.bsky.social · 7mo ago

Ganymede in 1979 from Voyager 2 (mosaic) true color, processed from the raw data using @askaniy.bsky.social's TrueColorTools I used 9 OGBV frames for this processing. the edge of the disk is slightly cut off, so a small rendered view was inserted and spliced in. manual processing took ~3.5 hours 🧪🔭

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astrafoxen@astrafoxen.bsky.social · last yr.

Hiya! Over the past few months I've been silently working on several astronomy projects. Here's what I've been up to lately! 🔭☄️🧪 1. I discovered a Kuiper belt object! (2013 CG269) 2. I'm coauthor of a brand new paper by @renerpho.bsky.social et al. on the rotation of asteroid Bradyharan! (1/11)

This is a picture of the Kuiper belt object 2013 CG269, as seen by the Subaru Telescope on 24 February 2017. It shows a zoomed-in patch of sky, peppered with fuzzy white dots and smudges against a gray, grainy background. The white dot at the lower right is circled and labeled "2013 CG269" in yellow. Coincidentally, there is an unknown faint moon of Jupiter right next to 2013 CG269. This unknown moon of Jupiter is the fainter white dot located left of center, circled and labeled "Jovian moon" in cyan.A screenshot of a scientific paper titled "LIGHTCURVE AND ROTATION PERIOD OF 46925 BRADYHARAN" in bold. Below the bolded title are the authors, whose names from top to bottom are: Daniel P. Bamberger Sam Deen K. Ly (me!) Elvis Oliveira Mendes Arndt Schnabel Guy Wells To the right of the title and authors list are two rectangular plots with squiggly curves across them. The top right plot shows the brightness of asteroid 46925 Bradyharan over time, while the lower right plot shows the root-mean-square error (RMS error) of different rotation periods.