This paper is an amazing resource for quantum beginners. The paper introduces 20 different quantum algorithms to the reader, and explains how each can be implemented on IBM's quantum computer over the cloud. https://t.co/5DoJPxzG6d
DARPA is hosting a Proposers Day on September 3, 2024, for quantum computing firms interested in developing industrial-scale, fault-tolerant quantum computers.
@DARPA
https://t.co/RhkZDaRNhP
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Exploring the hardware supply chain behind #quantum computing. 📌
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“The real power of the quantum industry remains in the hands of the people who study it.” - Alex Challans, CEO of TQI
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"Mastercard has developed a new type of contactless card that incorporates quantum cryptography, designed to protect against hacks from current classical computers and future quantum computers."
Check it out: https://t.co/Yp7F2YtKJq
"By demonstrating error correction in a three-qubit silicon-based quantum computing device, researchers from RIKEN in Japan have made a significant advancement toward large-scale quantum computing."
https://t.co/1bCNt4U5DJ
"A new phase of matter created with rhythmic laser pulses could use the advantage of a second dimension of time in order to protect quantum computers from errors they're prone to, according to a new peer-reviewed study published in Nature late last month." https://t.co/3YtPJ35H5J
Qiskit Metal is an open-source framework that allows us to design a quantum chip. Check out or intermediate level tutorial, Intro to Qiskit Metal: https://t.co/FImm6znRUz
Superdense coding is a procedure that allows us to send two classical bits to another party using just a single qubit during communication.
Check out our beginner-level tutorial for superdense coding: https://t.co/CzLiyrJpGg
Applications for quantum computers include cracking classical encryptions, financial forecasts, and optimizing logistics.
Check out this article to learn more: https://t.co/CzLiyrJpGg