Deep Dive
Three Quantum Rules That Break Reality
Superposition, entanglement, and measurement explained.
Deep DiveModule 1: Quantum Foundations
Qubits Decoded: How Quantum Computers Actually Work
Quantum computing is often portrayed as a kind of technological magic—a mysterious box that leverages the strangest parts of physics. This episode moves beyond the surface-level weirdness to reveal how quantum computers actually function.
We cover:
• Why adding one qubit doubles your computing space
• How qubits are more like dimmer switches than light switches
• The different physical implementations of qubits
• How quantum algorithms use interference to find answers
• Why today's quantum computers are incredibly fragile
• The gap between physical qubits and logical qubits
Understanding these realities is the key to separating science fiction from the coming technological revolution.
Key Takeaways
- •A qubit can exist in superposition - both 0 and 1 simultaneously
- •Adding one qubit doubles computational space (exponential scaling)
- •Qubits are fragile - decoherence is the main engineering challenge
- •Error correction requires many physical qubits per logical qubit
- •Quantum advantage applies to specific problems, not everything
Episode 1
Qubits Decoded: How Quantum Computers Actually Work
Your Encryption Has an Expiration Date
Episode 2 • 20:00Continue Learning
All episodesDeep Dive
Your Encryption Has an Expiration Date
How Shor's algorithm threatens current cryptography.
Deep Dive
Why Quantum-Proof Encryption is Weirder Than You Think
ML-KEM, ML-DSA, SLH-DSA and NIST standards explained.