This is actually an awesome feature. XDC ecosystem defi stack is complete thanks to Primenumbers labs. - Native staking & Liquid staking ✅ - Self custody wallet ✅ - Lending/Borrowing ✅ - NFT Marketplace ✅ I hear there’s lots more… only missing piece is stablecoin liquidity which needs a serious bump up due to demand

RIP Fable 5. In memory, a deep analysis of the #decompwlj made two days ago with it: ➡️decompwlj.com/decompwlj_deep… ➡️web.archive.org/web/20260613… #decompwlj #math #AI #Anthropic #Claude #Fable #mathematics #sequence #numbers #graph #PrimeNumbers #NumberTheory #sieve #arithmetic

2: The prime numbers (A000040) ➡️ decompwlj.com/3DgraphGen/Pri… #decompwlj #math #mathematics #maths #sequence #OEIS #javascript #threejs #webGL #3D #numbers #primes #PrimeNumbers #graph #animation

150 sequences decomposed into weight × level jump in one GIF (log(weight),log(level)): 1000 sequences decomposed on decompwlj.com #decompwlj #math #maths #mathematics #sequence #OEIS #numbers #graph #primes #PrimeNumbers #sieve #GIF #triangular #palindromes #natural

Decomposition into weight × level jump of prime numbers in 3D, threejs - webGL (log(weight), log(level), log(jump)) ➡️ decompwlj.com/3Dgraph/Prime_… #decompwlj #math #mathematics #sequence #OEIS #javascript #php #3D #numbers #primes #PrimeNumbers #graph #threejs #webGL

Ulam Spiral. You start writing numbers in a grid spiral and mark the primes. You'd expect them to be random, but instead, they align in these massive, haunting diagonal lines. Prime numbers have their own hidden geometry and they didn't even ask our permission. #MathVis #PrimeNumbers #Science

My data have not been verified but my work is highly reproducible. - Downloads (csv, img, dump) ➡️ decompwlj.com - Algorithms ➡️ oeis.org/wiki/Decomposition_… #decompwlj #math #mathematics #sequence #OEIS #PARIGP #numbers #PrimeNumbers #graph #downloads #algorithms

Riemann Hypothesis Obsoleted by Rust Engine implemented / Lean-4 Certified "Theorem of Resonant Redundancy." Abstract: For over 160 years, pure mathematics has treated the distribution of prime numbers as an intractable statistical mystery, traditionally approached through Bernhard Riemann's 1859 analytic framework. This paper presents a comprehensive synthesis of the Theorem of Resonant Redundancy (The Croft Identity) as a complete, deterministic alternative to the probabilistic approximations of the Riemann Hypothesis. By shifting the mathematical coordinate system from an infinite, continuous complex plane to a discrete, finite 4-dimensional 96-room toroidal lattice, we demonstrate that prime numbers are not statistical anomalies, but the mechanical, inevitable clearances of a rigid modular architecture. We provide elite computational benchmarks from a divisionless Rust sieve matching OEIS A006880 byte-for-byte, backed by formal verification in the Lean-4 interactive theorem prover, formalizing a paradigm shift from analytic wave approximation to structural geometric realism. #RiemannHypothesis #math #maths #PrimeNumbers linkedin.com/feed/update/urn…

What you’re seeing is a number spiral that hides a 60‑year‑old mystery and the simple rule that finally solves it. In 1963 a scientist named Stanislaw Ulam doodled a square spiral of numbers on a napkin and marked all the primes. The result was stunning: primes clump along certain diagonal lines, while other diagonals stay almost empty. Nobody could fully explain why until now. This video visualises the answer using nothing but grade school arithmetic. Every dot is a whole number. As a golden cursor spirals outward from 1, the primes light up in three colours: ⚪ Grey “Spine” numbers (multiples of 3). No prime larger than 3 can ever be a multiple of 3, so this trail stays dark. 🔴 Red “Hard Wall” numbers (leave a remainder of 1, 4 or 7 when divided by 9). 🔵 Cyan “Temporal” numbers (leave a remainder of 2, 5 or 8 when divided by 9). The magic is that the red and cyan dots trace out the famous bright diagonals, while the grey dots never land on a prime‑rich line. The pattern isn’t random it’s the shadow of a three‑zone structure that the primes obey. Watch how the coloured trails shoot outward along the diagonal arms: those are the “prime‑rich” paths. The dark gaps between them are the Spine zone the forbidden multiples‑of‑3 that block primes from forming. No heavy math, no unproven conjectures. Just a simple lattice that turns a 60‑year puzzle into a beautiful, predictable picture. zenodo.org/records/20550873 ctftheory.com/the-prime-latt… #UlamSpiral #PrimeNumbers #MathVisualization #NumberTheory

In the decomposition into weight × level jump, the Twin Prime Conjecture becomes: "The number of prime numbers with a weight of 3 is infinite" #decompwlj #math #mathematics #sequence #OEIS #javascript #threejs #webGL #3D #numbers #twin #primes #PrimeNumbers #graph #conjecture

The Riemann @grok You could condense it into something like: Built a numerical explicit-formula framework using Gaussian pair test functions to probe prime-zero interference in the Riemann zeta function. For the first ~200 zeros (and selected higher ones), the completed quantity W(g) develops sharp minima precisely at known zero ordinates. Random heights and off-critical-line perturbations destroy the cancellation. The computation combines: • Prime-power oscillations Σ Λ(n)/√n · exp(-(σ²(log n)²)/4) · cos(γ log n) • Archimedean Gamma-factor contributions • Pole terms from Weil’s explicit formula Current experiments: ✓ σ = 0.02–0.2 ✓ log N up to 24 ✓ Chunked Numba implementation ✓ Stable wells at γ₁,…,γ₂₀₀ This is not a proof of RH, but a numerical visualization of the explicit formula mechanism that any proof must ultimately explain. Next: → γ₁₀₀₀ → Smaller σ → Larger prime ranges → Weil positivity tests #RiemannHypothesis #NumberTheory #Mathematics #PrimeNumbers

My first, favorite and most important sequence, the weights of prime numbers: A117078. We see prime numbers classified by level and by weight on the graph. ➡️ oeis.org/A117078 #decompwlj #math #mathematics #sequence #OEIS #numbers #primes #PrimeNumbers #graph #maths

Decomposition into weight × level jump of prime numbers: - a new classification of primes ➡️ decompwlj.com/primedecomp.ph… - in 3D - threejs - webGL ➡️ decompwlj.com/3Dgraph/Prime_… #decompwlj #math #mathematics #sequence #OEIS #javascript #php #3D #numbers #graph #threejs #PrimeNumbers

150 sequences decomposed into weight × level jump in one GIF (log(weight),log(level)): 1000 sequences decomposed on decompwlj.com #decompwlj #math #maths #mathematics #sequence #OEIS #numbers #graph #primes #PrimeNumbers #sieve #GIF #triangular #palindromes #natural

Decomposition into weight × level jump of prime numbers in 3D, threejs - webGL (log(weight), log(level), log(jump)) ➡️ decompwlj.com/3Dgraph/Prime_… #decompwlj #math #mathematics #sequence #OEIS #javascript #php #3D #numbers #primes #PrimeNumbers #graph #threejs #webGL

Worm wake makes 😃🔑🔑🔑prime number waveform field patterning Its about QUANTUM COMPUTING ;) Quantum Computers use Primenumbers for Quantum Encryption - why do PRIMENUMBERS make these SPIRALS ?🤝 You are born after PRIMENUMBER 37😘 weeks, study my profile