About QuantumLaso
Welcome to QuantumLaso — a solo research and development venture I founded to bridge quantum mechanics, artificial intelligence, and real-time simulation - all as a hobby. My name is Mansour Ansari, and this is my hands-on journey from curiosity to creation.
It all began in the quiet tension of the pre-pandemic years, when I immersed myself in the study of quantum mechanics and quantum computing. I devoured books, papers, lectures — driven by a persistent thought:
“What if I could actually build something with this?”
As I honed my Python skills, something I will never master, it seems, and explored quantum algorithms on real cloud-based QPUs, my vision crystallized. I wasn’t chasing abstract theory — I wanted to engineer tangible, working systems. That led me to something deceptively simple, yet profoundly powerful: quantum random number generators (QRNGs).
These are not full quantum computers. They don’t run gates or circuits. They can’t calculate.
But they can speak.
A QRNG is a hardware qubit-like system whose only job is to generate true entropy through quantum wavefunction collapse. And in that raw, noisy, probabilistic data — I saw potential. Most use it for cryptography. I saw a canvas for communication, pattern recognition, and even symbolic language.
I believe — and I am rigorously testing — that within these entropy streams lie subtle entanglement pattern signatures, a kind of hidden fingerprint that, once decoded, may unlock new modalities in quantum communication and symbolic reasoning.
But let’s not get ahead of ourselves.
Back to what I’ve actually built.
Over the past year, I’ve quietly engineered and deployed a growing suite of working quantum-linked tools, each designed for practical use and demonstration. From secure encryption to Monte Carlo simulations fed by quantum entropy, these systems are more than concepts — they are functioning prototypes ready for private demo and future development.
✅ QuantumExpress: Quantum-Enhanced File Encryption Prototype
A standalone desktop application that encrypts and decrypts files (images, data, etc.) using real-time entropy from a USB Quantum Random Number Generator (QRNG) device. The system allows secure key generation, storage, and password-based AES-GCM file security — with a roadmap to support full QRNG-integrated encryption across future domains.
✅ Oil & Gas Monte Carlo Simulation with QRNG Injection
A real-time Monte Carlo simulation engine designed to model uncertainty in oil and gas exploration projects, powered by true randomness derived from quantum mechanical processes. The simulator includes support for both classical and quantum entropy sources, optional key escrow functionality, and interactive analysis via Streamlit. It’s ready for private demos and evaluation.
✅ Quantum Pollen Collector
A specialized tool that continuously samples quantum entropy and couples it with a simple stochastic process (1D random walk) to generate what I call Quantum Pollen — a structured, time-stamped dataset useful for future AI-driven pattern discovery. It’s an early exploratory layer designed to support larger goals like Zaban-e-Quantum.
✅ Zaban-e-Quantum: A Quantum Linguistic Framework (Early Stage)
The architectural groundwork has been laid for what I hope will become the first symbolic language built from entanglement patterns and quantum entropy streams. This project combines principles from quantum mechanics, CNNs/RNNs, and linguistic modeling to define a system capable of mapping patterns in entangled quantum data to novel forms of communication, reasoning, or security keys.
🔧 Quantum Toolchain Integration (SDKs, Tailscale, GitHub)
All of my current systems run on my own private infrastructure. I’ve integrated tools like Tailscale to provide secure, live remote demo access to quantum simulations that are fed in real time by actual quantum hardware (like the Crypta Labs Cicada QRNG). I also maintain clean GitHub repositories for reproducibility and future collaboration.
My Focus
I’m not selling anything — yet. Everything you see is self-funded, designed, and maintained as an independent R&D effort. My goal is to show what’s possible, prove value through working prototypes, and then scale with the right partnerships.
Let’s Talk
I am actively seeking investors, research partners, and collaborators who want to support or license the work I’ve begun here. If you’re involved in quantum hardware, applied AI, cybersecurity, simulation platforms, or government-funded innovation, we should talk.
Private demos are available by request — including live simulations powered by genuine quantum entropy sources, streamed securely through my self-hosted network.
Contact:
📧 videomover@gmail.com
🌐 quantumlaso.com
🔗 GitHub + Tailscale access available by request