
Amateur astronomer, image processor, space artist, musician. Check out my @NewHorizonsIMG page. Сontact me: [email protected]
Russia
Joined July 2010
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Pinned Tweet
I'm very proud that I was involved in the creation of this composite image of 2014 MU69 (Ultima Thule) 🥜
Go #NewHorizons!
science.sciencemag.org/conte…
nasa.gov/feature/nasa-s-new-…
Roman Tkachenko retweeted
#PPOD: Nis is a natural satellite of Pluto with a diameter of 49.8 km across its longest dimension. It was discovered along with Pluto's moon Hydra on 15 May 2005 using @HubbleTelescope in advance of the arrival of @NASANewHorizons. Credit: @NASA @JHUAPL @SwRI @_RomanTkachenko
Roman Tkachenko retweeted
ARROKOTH (Reworked image)
This reworked image of Arrokoth is the result of big processing work including image registration, stacking, de-stripping, deconvolution e.t.c. to get more detailed view.
Enjoy!
1/3
Io as seen by @NASAJuno
May 16 2023
Credit: NASA/JPL-Caltech/SwRI/MSSS/Roman Tkachenko
Roman Tkachenko retweeted
Capella (α Aur) in the daytime.
This video was taken on a smartphone through a telescope at 5:10 pm local time, when the Sun was still high.
Capella (α Aur) in the daytime.
This video was taken on a smartphone through a telescope at 5:10 pm local time, when the Sun was still high.
Hell of a perfectionist
@SpaceX Starlink and C/2022 E3 (ZTF) comet.
(Telescope + Smartphone)
Comet C/2022 E3 (ZTF) taken from a light-polluted city.
Telescope (110mm) + @Xiaomi budget smartphone
01.28.2023
Image stacking matters!
Comet C/2022 E3 (ZTF) taken from a light-polluted city.
Telescope (110mm) + @Xiaomi budget smartphone
Single frame vs Processed stack of 700f
ARROKOTH (Reworked image)
This reworked image of Arrokoth is the result of big processing work including image registration, stacking, de-stripping, deconvolution e.t.c. to get more detailed view.
Enjoy!
1/3
Roman Tkachenko retweeted
Jupiter
(110 mm telescope + smartphone)
Just trying to apply my experience and processing skills to data taken with a very modest setup using the worst and cheapest imaging method in not perfect conditions.
















