Quantum Dots, Qubits, and Artificial Intelligence to Create Them Automatically Well done piece, very descriptive, and best of all… in layperson’s terms. Recommend reading straight
You Can Tune a Piano, But Can You Tune a Qubit? NIST Scientists Believe So To Tune Up Your Quantum Computer, Better Call an AI
RIKEN Research Measures Qubit Spin to 99% Fidelity With Silicon Quantum Dots Scientists succeed in measuring electron spin qubit without demolishing it Excerpts and salient
Quantum Dot Technology Advances With Increasingly Stable, Multi-Electron Dots Artificial Atoms Could Usher In the Quantum Revolution Key points… + Australian scientists have used artificial
Electric Fields May Be Able to Control Electron Spins in Quantum Dots Spinning quantum dots Selected notes ~ + The name ‘quantum dots’ is given
Quantum Spin Silicon Qubits Entangled at “Great” Distance In leap for quantum computing, silicon quantum bits establish a long-distance relationship Excerpts and salient points ~
Trapping Photons in a Two-Dimensional System May Lead to Quantum Calculations and Quantum Simulations Massive photons in an artificial magnetic field Excerpts and salient points
Semiconductors and Quantum Spin Showing Promise in Quantum Computing Quantum computing with semiconductor spins Selected notes ~ + Functional and scalable qubits must meet well-defined
What are Quantum Dots? Quantum dots explained In brief… + Quantum dots are semiconductor particles with typical diameter of 2–10 nm. They are so named
U.S. Naval Research Lab Research Supports Quantum Networks U.S. Naval Research Laboratory ‘Connects the Dots’ for Quantum Networks Excerpts and salient points ~ + [The
