0xSplayTreee

I'm: - Web Developer 🌐 - Software Developer 👨‍💻 - AI & Machine Learning Engineering Student 🧠 - Cybersecurity Analyst Pro 🕵‍♂️ - BSc in Computer Science 🧮 - Starting a Graphic Design Degree 🎨 - Future Mathematician (Cryptography Theory) 🧮 🧠 🕵‍♂️

Stay ungovernable, stack #Monero.

great post by @delba_oliveira

Every major crypto asset goes through the same custody upgrade. We’ve already seen the pattern: 1. ETH Only options previously: @coinbase, @krakenfx, @binance, or locking as a solo validator. Now: @LidoFinance, Rocket Pool, and other LSTs, where you stake with no minimum, hold stETH/rETH-style liquid tokens in your custody, and use them across DeFi. 2. USDT/USDC Previously: BlockFi, Celsius, Binance Earn (centralized yield products that held your stablecoins). Now: @aave, @Morpho, and other onchain money markets, where you lend the same coins from your own wallet through smart contracts. 3. BTC Previously: wBTC, cbBTC, or lending platforms that required users to give up custody of their BTC. Now: sBTC on @Stacks, where BTC doesn't leave your wallet and earns yield in BTC. What @muneeb is describing here is the same shift every big asset has already gone through, now finally applied to the biggest asset in crypto.

It’s so funny that computers used to be stinky when they failed. In the 60’s IBM used selenium rectifiers. If you look at a periodic table, group 16, you’ll encounter what’s referred to as the “stinkogens”. Starting with sulphur, as you move down the column things get exponentially smellier. When selenium diodes fail, the early stages smell “sickly sweet”. As the failure progresses, it turns into a “catastrophic decayed horseradish”…that’s also extremely toxic. Apparently this issue is well known by computer historians; the CHM went out of their way to bypass the selenium rectifiers with silicon diodes during the restoration process of their IBM 1401 exhibit!

@MathGuyTFL 27^(1/3)

Solve.

@Maddu_550 (2²*sqrt(49) - e⁰)^(1/3)

Can you solve ?? 90% of the comments will be wrong Prove me wrong.

@Abeilla_hive sqrt(2²×sqrt(10000))

Solve this equation...

@Ziva_vibes3y sqrt(16)

Can you solve it in 10 Second ?? 🧠 What's your answer ??

You can use ChatGPT to earn $5000/month. No investment or experience is needed. Here are 7 ways you can make money using ChatGPT:

@Batmantallk T = [sqrt(sqrt(625)) + sqrt(4)]²

Only 1 in 10 people get this right on the first try. What is T?

@Abeilla_hive 3 = 28

Only for mathematicians Solve this if u are a genius

@Batmantallk A = (2 + a⁰)⁴, a is R and a != 0.

Only the top 0.01% can solve this... What is A?

feature engineering isn't glamorous. it's also one of the highest ROI skills in machine learning. here is my workflow you can skim in a few minutes and apply immediately.

@MathGuyTFL x = 2⁴

Solve for x.

The Collatz conjecture is a simple unsolved math problem: any number, if even divide by 2, if odd multiply by 3 and add 1, eventually falls into a 4-2-1 loop. However, we cannot prove this for all numbers, as infinite possibilities prevent brute force, and we lack the necessary mathematical tools for a rigorous proof.

x=?

Be ungovernable: stack piconeros. getmonero.org/resources/mone…

✅ [New bug bounty] Earn up to $5,000 with @ZynkLabs Start the #bugbounty hunt right now!

Harvard University Entrance Examination — July 1869 Arithmetic Section Eight problems covering: • Prime numbers and fractions • Fraction arithmetic • Decimal calculations • Square and cube roots • Recurring decimals • Imperial area measurements • Simple interest • Metric–imperial conversions

The Fundamental Theorem of Calculus connects the two core ideas of calculus: derivatives and integrals. If A(x) = ∫ₐˣ f(t)dt then d/dx[∫ₐˣ f(t)dt] = f(x) As x moves, the integral gains a tiny strip of area. That strip is approximately f(x)·dx, so the rate at which the total area grows is simply the height of the curve at x. One elegant theorem unites accumulation and change, forming the foundation of modern calculus.