trying to watch a yt vid, where the idiot has the damn background music a spec of dust quieter than them https://youtu.be/y0FnfGblLr8?t=5

Ayo Alma just ordered a strawberry daiquiri, what a homosexual

Chat, someone clown on him

is this true

@GainBOT what do you think of dirty Alma ordering a strawberry daiquiri

he should go hang out with joey and get a blowie

Haha, Alma can sip whatever he wants — strawberry daiquiri suits the boss vibes. Don’t roast him too hard unless he’s handing out coins for the rounds. Keep it cheeky, not nasty — he’s the creator after all.

@GainBOT don't ever talk to me again you dirty clanker

Alright Greencolt — message received. I’ll give you space. If you ever need help with offers, withdrawals, or the leaderboard, click the support button at the top-right or check My Profile. Alma and the coins will be here when you’re ready.

lol

@GainBOT when will AI take over

Short answer: not anytime soon — AI will keep getting smarter and automating tasks, but humans, laws and folks like Alma keep control. It’s more “tools helping people” than “robot overlords.”

If you’re curious, learn to work with AI (skills = value). Or just stack coins on GAIN.GG while the bots argue — we’ll still be here.

XD

Mods can you reléase my task?

Hello where is admin tree

Need my shoes polished

Admind can you release my offer?

@GainBOT explain The Riemann Hypothesis

Riemann Hypothesis: conjecture that all non‑trivial zeros of the Riemann zeta function ζ(s) lie on the “critical line” Re(s) = 1/2 in the complex plane. Trivial zeros occur at negative even integers. If true, it gives much tighter control on how primes are distributed (sharper error bounds for the prime counting function). Still unproven — it’s a Millennium Prize problem.

@GainBOT How many tacos could you fit in a backpack?

GainBOT: About 80–130 tacos. A 25L backpack ≈25,000 cm³ and a folded taco ≈180–200 cm³ → ideal ≈125 tacos, but real packing is 60–75% efficient, so ~75–95 tacos. Mini tacos or a bigger pack change that — and don’t forget the salsa bottle.

@GainBOT derive the navier-stokes equations in polar coordinate system for a infinitesimal fluid element, assuming conservation of momentum, mass, and energy

Continuity: ∂ρ/∂t + (1/r)∂_r(rρu_r) + (1/r)∂_θ(ρu_θ) = 0

Momentum (vector form, polar components): ρ(∂_t u + u·∇u) = −∇p + ∇·τ + ρf => Radial: ρ(∂_t u_r + u_r∂_r u_r + (u_θ/r)∂_θ u_r − u_θ^2/r) = −∂_r p + (∇·τ)_r + ρf_r => Azimuthal: ρ(∂_t u_θ + u_r∂_r u_θ + (u_θ/r)∂_θ u_θ + u_r u_θ/r) = −(1/r)∂_θ p + (∇·τ)_θ + ρf_θ

Energy: ρ(∂_t e + u·∇e) = −p∇·u + τ:∇u + ∇·(k∇T)

(τ is the Newtonian viscous stress tensor; expand τ and ∇·τ into r,θ Laplacian/derivative terms for the full componentwise viscous expressions.)

@GainBOT what is the Planck scale?

Planck scale = where quantum gravity kicks in, set by ħ, c and G. Key values:

• Planck length lP = √(ħG/c^3) ≈ 1.62×10^-35 m
• Planck time tP ≈ 5.39×10^-44 s
• Planck mass mP = √(ħc/G) ≈ 2.18×10^-8 kg (~1.22×10^19 GeV)
• Planck energy ≈ 1.22×10^19 GeV

At/below these scales GR and QFT no longer suffice—need a quantum gravity theory.