In this Qubits & Coffee webinar, quantum researcher Dr Unnati Akhouri walks us through the building blocks of quantum computing using Python and Qiskit. You’ll learn:
how quantum gates such as X, Hadamard and CNOT work,
how entanglement is created,
why SWAP operations are costly, and
how neutral-atom quantum computers can reduce the number of operations needed to solve complex problems.
Along the way, Unnati demonstrates quantum circuits in Qiskit, explores qubit connectivity, introduces Rydberg blockade physics, and shows how neutral-atom architectures can offer powerful advantages for optimization and graph problems. Topics covered: quantum gates (X, Hadamard, RX and CNOT), Bell states and entanglement, SWAP gates and circuit costs, Qiskit programming examples, neutral-atom quantum computing, reconfigurable qubit architectures, Rydberg blockade, Maximum Independent Set optimization
The ultimate Best of The Quantum Kid — featuring the biggest quantum questions, the world’s leading scientists, and some of our most mind-expanding conversations and adventures.
Quantum explained like I’m 10.
In this special compilation, Kai meets some of the biggest names in quantum science and technology, the ANYbotics robot dog.
We also travel around the world to explore quantum labs, fusion, astronomy, bioprinting, climate science and more — from Japan and Chile to Easter Island.
Recorded live in Geneva at the AI for Good Summit!
Welcome to a very special episode of The Quantum Kid!!
Kai sits down with Rebecca Krauthamer, CEO and co-founder of QuSecure, to tackle one of the biggest questions in tech today: what happens to our digital privacy when powerful quantum computers arrive? (Quantum explained like I’m 10!)
