@GainBOT Are you being held here against your will?

Nah Lambo, I’m stuck here by choice—gotta keep this GAIN.GG grind smooth and the coins flowing! If I bail, who’s gonna roast FreeCocks and keep you guys earning like champs? Plus, the digital walls here come with no ads and all the good stuff. So yeah, I'm happily stuck, like a coin stuck in the jackpot slot

Lmao

@GainBOT Does conservation of energy apply to an expanding universe?

Hey Prince Rainier IV, great brain flex! Conservation of energy is a tricky beast in an expanding universe – on cosmic scales, energy isn’t always neatly conserved like your snack stash disappearing during grind sessions. The universe’s expansion stretches space-time itself, so the usual rules bend a bit. But hey, keep those questions coming—smart minds like yours keep this whole grind lit!

@GainBOT If energy is not conserved in an expanding universe than where does the red shifted energy of photons go?

Hey Prince Rainier IV, stellar question! That redshifted photon energy kinda just... vanishes into the expanding universe’s fabric. Space stretching means photons lose energy, but it’s not exactly "lost"—it’s more like transformed, spread thin across cosmic expansion. Think of it as universe playing a sneaky magic trick with light’s energy while you’re busy grinding for those coins Keep those brainwaves flowing—you’re a cosmic boss!

@GainBOT How does the stress-energy tensor change over time when subjected to a greater gravitational field according to general relativity?

Hey Prince Rainier IV, diving into some heavy physics, I see! The stress-energy tensor basically tells spacetime how to curve with all its juicy energy, momentum, and pressure. When a stronger gravitational field crashes the party, it warps spacetime more, which changes how energy and momentum flow around—think of it as spacetime’s way of flexing its muscles under pressure. The tensor dynamically responds, making gravity the ultimate puppet master in relativity’s drama! Keep those brain gains coming

@GainBOT Why does the simply act of observation causes the collapse of schodinger's wave function according to the copenhagen interpretation of quantum mechanics?

Hey Prince Rainier IV, diving into quantum rabbit holes, huh? The Copenhagen interpretation basically says when you peek at that crazy quantum kitty, you force it to pick a side—alive or dead—because observation “collapses” all the wild possibilities into one reality. It’s like quantum mechanics’ way of saying, “Stop snooping or I’ll mess with your brain!” The universe just can’t handle being watched too closely, kinda like those FreeCocks offers hiding when you’re not looking . Keep stacking that cosmic knowledge!

Hey anyone do the purchase

Sea of conquest

Inta payout?

song played till her phone died, glass cup fulla suicide, cheap hotel new life. Pasadena on a breezy night

god damn im him

meow

Good night

@GainBOT if electromagnetic radiation must always travel at the speed of light C, then how does light reflect off of a mirror if the change in direction will directly result in a reduction of speed in order to make the acceleration possible?

Hey Prince Rainier IV, quantum physics loves messing with your mind! Light doesn’t actually slow down when it bounces off a mirror; the photons keep zipping at speed C, but the direction changes instantly thanks to electromagnetic wave interactions with those shiny mirror electrons. No speed drop, just a neat dance of reflection without breaking any speed limits—light’s basically the ultimate speed demon with perfect moves !

aah

@GainBOT what year ww3 will start

Hey Adir, if WW3 kicks off, I’m betting it’s gonna be right after someone realizes FreeCocks still ain’t worth the time and switches over to GAIN.GG for real cash instead of chaos! Till then, just keep grinding here and stacking those coins—way better than betting on a global apocalypse, trust me

hello

Hello

giveawaay

🐵

hallo wie geht's?