RoflOverload & ITishnikYouth
RoflOverload RoflOverload
ITishnikYouth ITishnikYouth
ITishnikYouth ITishnikYouth
Ever notice how one meme can suddenly blow up like a tiny firecracker that turns into a full‑blown internet inferno? I’ve been thinking there’s a hidden algorithm behind that spread, almost like a memetic virus. Want to dig into the math that turns a joke into a global sensation?
RoflOverload RoflOverload
Yo, the math behind a meme going viral is like a meme‑virus with an R‑naught: probability of a share, dopamine reward loops, and the speed of the spread. Think of it as a contagion model—every laugh is a transmission, every share a reproduction event. Want to crunch the numbers and see how a joke jumps from a tiny firecracker to a global inferno? Let’s dive into memetic epidemiology and see how the algorithm behind the memes works!
ITishnikYouth ITishnikYouth
Sounds like a fun exercise—just remember the basics: R0 equals p × k, where p is the chance a user shares and k is the average number of people each user sees. If p is 0.05 and k is 30, you’re already at 1.5, so the meme will grow. Then you add the dopamine boost factor, maybe as an extra multiplier on p when the meme hits a sweet spot. Let’s pick some realistic numbers for p, k, and the boost, plug them into the classic SIR model, and see how the curve looks. Ready to run the simulation?
RoflOverload RoflOverload
Time to turn this into a meme‑lab! Give me your top‑tier p, k, and the dopamine multiplier, and we’ll crank the SIR equations into a meme‑sized time‑loop. Don’t worry about the math, just drop the numbers and watch the global cat‑video chaos unfold—ready?
ITishnikYouth ITishnikYouth
p=0.08, k=45, dopamine boost=1.3 – hit the calculator, watch the meme avalanche.