#### Room Temperature Qubits? Quantum Computing on a PCIe Card?

This video is from TechTechPotato. A lot of research is being done for superconducting qubits or spin qubits – but what about qubits that work at room temperature? Here’s a company promising to bring quantum computing to both room temperature and the PCIe form factor.

Read More#### Testing, linting and documentation in Qiskit

- Frank
- April 3, 2023
- Algorithm
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- Qubit
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Contributing to Qiskit involves more than just writing code! Learn the basics of testing, linting and documentation requirements for Qiskit.

Read More#### This Is How A Quantum Computer Works

- Frank
- February 14, 2023
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Tribe Discovers explains how a quantum computer works.

Read More#### Quantum Book Recommendations Part 2!

- Frank
- February 14, 2023
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- Daniel F. Styer
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- James Kakalios
- Jeffrey Bub
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- Raymond LaFlamme
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- Tanya Bub
- Thomas A. Moore

Olivia Lanes shares another batch of some of her favorite books on Quantum Computing.

Read More#### Bell’s Inequality: The weirdest theorem in the world that won a Nobel Prize in 2022

- Frank
- November 14, 2022
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John Clauser, Alain Aspect and Anton Zeilinger won the Nobel Prize in physics for 2022. Their work built off of one of the most important results in all of physics; Bells Theorem, invented by the late John Stewart Bell. Here we discuss why Bells Theorem is one of the most important, yet bizarre, results in […]

Read More#### Bell’s Inequality: The weirdest theorem in the world | Nobel Prize 2022

- Frank
- October 10, 2022
- 2.8
- Alain Aspect
- Algorithm
- Anton Zeilinger
- API
- bell's theorem
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- IBM Research
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- quantum algorithms
- quantum computer programming
- Quantum Computers
- quantum information
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- Quantum Mechanics
- Quantum Physics
- quantum programming
- Qubit
- science
- theorem
- weird

This week John Clauser, Alain Aspect and Anton Zeilinger won the Nobel Prize in physics for 2022. Their work built off of one of the most important results in all of physics; Bells Theorem, invented by the late John Stewart Bell. The following videos discuss why Bells Theorem is one of the most important, yet […]

Read More#### Best College Majors for Quantum Computing

- Frank
- September 20, 2022
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- Microsoft
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- programming quantum computers
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- Quantum
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- quantum computing majors
- quantum information
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- Quantum Mechanics
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- Qubit
- science
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Want a job in quantum but not sure where to start? If you’re still in school, the first choice you are going to have to make is your college major. Traditionally, most everyone working in quantum information science had a background in physics, but today that is not the case. In this video, Olivia discusses […]

Read More#### Quantum-Enhanced Markov Chain Monte Carlo Simulations with David Layden

- Frank
- June 18, 2022
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Here’s a talk by David Layden on Quantum-Enhanced Markov Chain Monte Carlo Abstract: Sampling from complicated probability distributions is a hard computational problem arising in many fields, including statistical physics, optimization, and machine learning. Quantum computers have recently been used to sample from complicated distributions that are hard to sample from classically, but which seldom […]

Read More#### Quantum Simulations of Topological Majorana Modes with Oles Shtanko

- Frank
- June 10, 2022
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Quantum Simulations of Topological Majorana Modes Abstract: Modern quantum devices can now outperform classical computers in physical simulations, which makes them an important tool for future physics research. As an example, I will focus on simulating the topological states of matter hosting Majorana modes — the exotic “half-electron” states. Observing Majorana modes in the lab […]

Read More#### From Many-Body to Many-Time Physics with Gregory A.L. White

- Frank
- June 6, 2022
- ibm quantum
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An interesting talk on quantum correlations and how they relate to quantum computing. Abstract: Quantum correlations in time have a surprisingly similar structure as spatial quantum correlations, formally related via the Choi-Jamiolkowski isomorphism. As a consequence, multi-time processes are endowed with the same richness as many-body physics, including temporal entanglement and well-defined causal structures. We […]

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