FQC – Fun Quantum Critic beta

⚡️ Why we are skeptical about quantum computing

The author of this project demonstrates that the hype surrounding quantum computers vastly exceeds their practical, near‑term capabilities. A detailed critique through actual determinstic (and no-information exchange) simulation of quantum entanglement, is at q.doomsdayexplorer.online . It shows that quantum effects can be modeled fully and deterministically - no magic. It uses pulse-width modulation - the key trick quantum theory makes you believe in is that there is no communication happening, while in reality coincednce detector (modeled in q, as wellas its equivalents in more complex experiments) is hiddenly designed to be communication point in everty quantum experiment.

Moreover: the qubits we currently can build are noisy, expensive and nowhere near the scale required for the algorithms that are often advertised. Relying on “quantum supremacy” for real‑world quantitative research is, at best, a gamble. Quantum computer without noise (or noise minimized), still would be worse than analog computer (without noise) in its performance.

🛠️ What we actually recommend

Instead of chasing a speculative quantum future, the author urges you to embrace the open, composable AI‑driven ecosystem that already exists at doomsdayexplorer.online .

By staying on the proven classical stack, you avoid the massive engineering overhead of quantum error‑correction while still gaining the computational leverage you need for finance, science, or gaming.

📚 Further reading

Fqc README of simple stock portfolio simulation with back-tracking. And IBM qiskit implementation for portfolio optimizer - classic simulation works better (GitHub)
Why Quantum Computing Is Over‑Hyped. Demo of entanglement (core behind claims of absolute non-determinism in QC) on classic computer without communication
Doomsday Explorer – AI & Quant Research Hub (grounded in Information Security and Human-Computer Interaction)