Sponsored by: MGX → Supabase → Supabase Select Conference: Quantum computing breaks the rules of classical logic: bits can be 0 and 1 at the same time, and far-apart particles can act as one. In this video, we’ll explore how quantum computers work from the ground up: qubits, superposition, and entanglement, all the way to real algorithms like Shor’s and Grover’s that can outperform even supercomputers. You’ll see how quantum gates manipulate probability, how interference amplifies the right answers, and why this technology could revolutionize cryptography, optimization, and chemistry. We’ll also look at how tools like MGX DeepResearch can turn complex quantum topics into clear reports, apps, and demos and how Supabase, MGX’s backend, scales to millions of Postgres databases using cutting-edge reliability patterns. Whether you’re new to quantum computing or curious about how modern AI tools help explain it, this video connects the physics, algorithms, and engineering powering the next era of computation. Timestamps: 0:00 – The Rules Quantum Computers Break 0:47 – Bits vs Qubits: Superposition Explained 1:50 – How Classical and Quantum Computation Differ 2:30 – Parallelism Through Superposition 4:20 – Entanglement: Spooky Action and Correlation 6:00 – Interference: Amplifying Correct Answers 7:17 – Quantum Gates: X, Hadamard & Circuits 8:43 – Quantum Algorithms: Grover’s & Shor’s 10:00 – MGX DeepResearch Overview 11:15 – Demo: AI Agents Working Together (Research to App) 11:45 – Supabase Backend: Reliability & Scale 13:48 – Lessons for Developers: Consensus, Storage & Compute 14:20 – Future of Quantum AWS Certification: AWS Certified Cloud Practioner: AWS Certified Solution Architect Associate: AWS Certified Solution Architect Professional: #quantumcomputing #mgx #supabase