Michał M. Witkowski (@michamwitkowsk1) 's Twitter Profile
Michał M. Witkowski

@michamwitkowsk1

Pilot, navigator, enthusiast of space.
If you are flat earther reading this bio:
Learn navigation, you won't be flat earther any more.

ID: 1283034819564376065

calendar_today14-07-2020 13:45:24

40,40K Tweet

233 Followers

218 Following

Johns Hopkins APL (@jhuapl) 's Twitter Profile Photo

This is the first color photo of Earth from space. 📸🌍 55 years ago, #JHUAPL built DODGE, the @DeptofDefense Gravity Experiment spacecraft. DODGE carried a camera on board, which produced the first color picture of the whole planet #OTD in 1967.

This is the first color photo of Earth from space. 📸🌍

55 years ago, #JHUAPL built DODGE, the @DeptofDefense Gravity Experiment spacecraft. DODGE carried a camera on board, which produced the first color picture of the whole planet #OTD in 1967.
Astronomy Live (@astroferg) 's Twitter Profile Photo

I recently measured the distance of Barnard's Star using parallax, but I also showed Earth's orbital motion in a different way. I'm open to being corrected, but as far as I know, this is the first time an amateur has demonstrated velocity aberration. youtube.com/watch?v=uRrkuB…

The Flerf Herder (@flerfherder) 's Twitter Profile Photo

"Flat earth is a speculative fanfic masquerading as enlightenment, with more memes and fewer flamingo croquet mallets" sums it up nicely.

"Flat earth is a speculative fanfic masquerading as enlightenment, with more memes and fewer flamingo croquet mallets" sums it up nicely.
Hap Rho (@haprho) 's Twitter Profile Photo

Aww, poor flerfs. Sunsets¹ represent the sole non-quantum optical phenomenon—encompassing vision, cameras, refraction, mirrors, rainbows, mirages, sundogs, halos, and related effects—where the trajectory of light from source to observer remains unresolved. Rigorous scientific

Aww, poor flerfs.

Sunsets¹ represent the sole non-quantum optical phenomenon—encompassing vision, cameras, refraction, mirrors, rainbows, mirages, sundogs, halos, and related effects—where the trajectory of light from source to observer remains unresolved.

Rigorous scientific