EST: MCMXCIV

ECU | 🇯🇲 | ΣΛΠ

[Interesting things @awkwardgoogle]

bro unlocked a feeling he didn't know existed

[Camsiyo @Camsiyonna1]

Two men from opposite worlds. One road trip. A friendship that changed everything.
Green Book🎬 hits different every time

[Marie🧚 @glitchu__]

sometimes I'm late because I lay like this for a long time:

[Marie🧚 @glitchu__]

I'm this OLD

[Night Sky Today @NightSkyToday]

Extremely rare solar halo captured during sunrise.😮

[Black @OGBlack_1]

And I repeat, never fight a stranger!

[90’s anime @90sPiictures]

Cowboy Bebop (1998)

[Astropics @astropics]

To the Moon…

[Night Sky Today @NightSkyToday]

El Capitan Under Andromeda 🌌

[Out of Context Human Race @NoContextHumans]

Men be honest, is this enough

[EST: MCMXCIV @_realjackfrost]

@Jaxweah $5,000 for rent and so I can re furnish my daughter's bedroom 🙏🏿😭

[All day Astronomy @forallcurious]

This is Daphnis, one of Saturn’s many moons.

[SpaceEngine sim]

[J. Cole @JColeNC]

Disc 2 - Track 2

[Black Hole @konstructivizm]

For decades Uranus has been the odd one out among the giant planets: it appeared to radiate almost no internal heat, making it seem colder and more inert than its distance from the Sun would suggest. Data from Voyager 2’s 1986 flyby indicated that the planet was in near-perfect energy balance (or even slightly losing heat), which set it apart from the vigorously warm Jupiter, Saturn, and even farther-out https://t.co/cCLyIYeTRk 2025 two independent research teams finally resolved the mystery. By reanalyzing eight decades of observations—from ground-based telescopes to Hubble and Spitzer—they showed that Uranus actually emits about 12.5–15 % more energy than it absorbs from the Sun. This modest but steady excess is residual heat left over from the planet’s violent formation 4.5 billion years ago.Even with this newfound warmth, Uranus remains by far the weakest heater among the giants; its internal heat flow is dozens of times lower than Neptune’s, despite Neptune being farther from the Sun. Scientists believe the reason lies in a colossal impact early in its history that knocked the planet nearly onto its side (98° axial tilt) and probably disrupted normal convection, trapping most of the heat deep inside. Another possibility is that Uranus has highly stratified, poorly mixed interior layers that stifle the outward flow of energy.The discovery removes one of the biggest paradoxes surrounding Uranus and greatly strengthens the case for a dedicated mission. Researchers hope that an orbiter with an atmospheric probe—potentially launching in the 2030s—will finally explain why this ice giant is so different from all the others and shed light on the thousands of similar worlds now known around other stars.

[introvert @introvertsmemes]

“i can’t wait for my birthday”

Me on my birthday:

[EST: MCMXCIV @_realjackfrost]

$ZKS to the moon! @K777KJJ @sir_Glazeman @crypto__sound @ReefManDan @qibil_gilbert @nknganda @RonaldusToni

[EST: MCMXCIV @_realjackfrost]

Check this out! @sodatmp @KianaStokes9 @BreakingNews300 @napperclutch @collinsmutugin4 @lkxn81589131