Quantum Readiness & Research
Learn quantum basics, distinguish classical tools from simulated circuits, and explore post-quantum risk and message-size planning.
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- LuniQ Risk — Explore harvest-now-decrypt-later exposure using data lifetime, migration time and a chosen quantum timeline. Get an educational migration checklist with cited assumptions.
- LuniQ Fit — Compare ML-KEM, ML-DSA and SLH-DSA sizes, framing and estimated transmission time across constrained links. Browser-based planning estimates, not hardware measurements.
Articles & step-by-step guides
- Can Quantum Communication Be Instantaneous?
Why entanglement cannot send instant messages, what satellite latency includes, and how quantum networking differs from route planning.
- Why We Use a Classical Baseline Next to QAOA
Every QAOA run in the Resilience Lab is shown next to an exhaustive classical optimum. Here is why that comparison exists and what it does not claim.
- LuniQ Energy: Understand Battery Scheduling Before Trusting a Savings Number
An explanation of LuniQ Energy: Classical dynamic programming on a disclosed 1 kWh battery-state grid; no quantum execution.
- LuniQ Energy Guide: Enter a Tariff, Check Constraints and Export a Schedule
A practical guide to LuniQ Energy: Classical dynamic programming on a disclosed 1 kWh battery-state grid; no quantum execution.
- How the Resilience Lab Encodes a Network Planning Problem
A walk-through of the six-node backup-link problem: QUBO, Ising mapping, penalty term, and how the lab turns a planning question into a circuit.
- Local Simulation vs Real Quantum Hardware
The Quantum Hub runs a noiseless statevector simulator in the browser. This article explains what that means and what the lab does not do with real quantum hardware.
- What “No Quantum Advantage” Means for a 6-Qubit Toy Network
The Resilience Lab does not claim quantum advantage. This article explains what that statement means for a six-node planning problem and why the page says it.
- What Can Quantum Algorithms Do for Satellite Networks?
Explore the synthetic LuniQ SatMesh problem: route availability, QUBO constraints, real simulated QAOA and a classical baseline.
- LuniQ Fit: Post-Quantum Cryptography Has a Message-Size Problem Too
An explanation of LuniQ Fit: Classical cryptographic message-size and link estimates, not measured hardware performance.
- LuniQ Fit Guide: Compare Crypto Bytes, Frames and Modeled Link Time
A practical guide to LuniQ Fit: Classical cryptographic message-size and link estimates, not measured hardware performance.
- LuniQ Risk: Plan a Post-Quantum Migration Without Pretending to Predict Q-Day
An explanation of LuniQ Risk: An educational migration-risk scenario calculator, not a Q-day prediction or compliance certificate.
- LuniQ Risk Guide: Assess Retention, Migration Time and Quantum-Threat Scenarios
A practical guide to LuniQ Risk: An educational migration-risk scenario calculator, not a Q-day prediction or compliance certificate.
- Qubits, Superposition, and Entanglement Explained Simply
Learn the differences between quantum states, measured outcomes, interference and entanglement with small worked examples.
- Reading a QAOA Run: Sample Table and Energy
How to read the sample table, energy, coverage, and feasible flag after a Resilience Lab run, and what the classical baseline is for.
- Five Next Questions for the Quantum Lab: A Research Roadmap, Not New Results
An explanation of Five Research Proposals: Classical illustration panels beside planned circuit studies; angle results remain unavailable.
- Research Roadmap Guide: How to Plan Five Quantum-Lab Experiments Without Fake Metrics
A practical guide to Five Research Proposals: Classical illustration panels beside planned circuit studies; angle results remain unavailable.
- Penalty and Sampling Sweeps: What Our Research Page Does and Does Not Show
An explanation of Penalty & Sampling Sweeps: Executable classical Boltzmann-style sampling illustration; not QAOA or quantum measurement.
- Research Sweep Guide: Read Penalty, Feasible Fraction and Sample Budget Honestly
A practical guide to Penalty & Sampling Sweeps: Executable classical Boltzmann-style sampling illustration; not QAOA or quantum measurement.
- Try QAOA: A Beginner’s Guide to Our Quantum Lab
Run the six-qubit Resilience Lab, inspect invalid shots, compare p1 and p2, and export reproducible evidence without a paid API.
- What Is Quantum Computing, Really?
Understand quantum computation through a small network example, including qubits, circuits, classical simulation and honest comparisons.