High-performance Control Systems and EDA Solution for State-of-the-art Quantum Computing
Three critical challenges as the qubit increase in the control electronics: high-fidelity gates and readout, scalability, feedback, and quantum error correction. Keysight Quantum Control Solution (QCS) addresses these challenges with […]
Protecting Expressive Circuits with a Quantum Error Detection Code
Fault-tolerant quantum error correction techniques are designed to protect quantum computers from experimental noise, but they are too resource intensive for existing hardware. We propose a partially fault-tolerant implementation of the [[k+2, […]
Low Noise Technologies for Quantum Computing
We will introduce low-noise DC power supplies, low-noise signal sources, and low-noise amplifiers that support quantum computing. By utilizing analog circuit technologies, we have achieved excellent low noise performance. Takehito […]
Vision to the Quantum Internet
The Quantum Internet represents a future information and communication network composed of diverse quantum devices centered around quantum computers of various sizes. This talk will explore the future prospects of […]
Quantum Optical Sensing and Metrology for Quantum Optics at AIST
The quantum technology now facilitates the emerging of new types of sensors, communication technologies, and quantum computers. In this presentation, we will report the research activities performed at AIST with […]
Potential of Diamond Quantum Sensors
Diamond is an excellent host for spin-based qubits, and the spin in diamond has excellent properties. In this talk, core technologies on material, sensor systems, and applications for life science […]
Recent Updates from Quantinuum
Quantinuum unites best-in-class software with high-fidelity hardware to accelerate quantum computing. With integrated full-stack technology, our world-class scientists are rapidly scaling quantum computing. This session will present the recent updates […]
Networking Lunch
Networking Break
Quantum Clocks as Sensors for Curved Spacetime by Gravity
According to Einstein’s theory of relativity, a lower clock ticks slower than the upper clock because of gravity. Advanced atomic clocks detect a height difference of a centimeter, making Salvador […]
