ibm quantum

Quantum Computing

The Uses of IBM’s Next Generation 433 Qubit Chip

At this year’s IBM Quantum Summit, there were multiple announcements: 433 Qubit Processors, 512 Quantum Volume, record residence times, and a new 100×100 strategy. Why is quantum computing useful and not just some pie in the sky.

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Quantum Computing

Quantum Events Forecast for November 2022

IBM Quantum’s Brian Ingmanson is here with an overview of upcoming Quantum and Qiskit events! Qiskit Quantum Explorers: https://github.com/qiskit-community/quantum-explorers ICPC Algo Queen: https://u.icpc.global/events/algo-queen/ IBM Quantum Fall Challenge: https://research.ibm.com/blog/quantum-challenge-fall-2022 Understanding Quantum Information & Computation: https://www.youtube.com/watch?v=3-c4xJa7Flk&t=1s Qiskit Community Events: https://qiskit.org/events/ Qiskit Fall Fest: https://qiskit.org/events/fall-fest/ IBM Quantum Internships: https://research.ibm.com/blog/2023-quantum-internships Qiskit Global Summer School 2022: https://qiskit.org/events/summer-school/

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Quantum Computing

Quantum-Enhanced Markov Chain Monte Carlo Simulations with David Layden

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 […]

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Quantum Computing

Quantum Simulations of Topological Majorana Modes with Oles Shtanko

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 […]

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Quantum Computing

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

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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Quantum Computing

Microwave Amplifiers for Quantum Information Processing with Florent Q. Lecocq

Speaker Florent Q. Lecocq explains the use of microwave amplifiers for QIP. Abstract: In the late 2000s, the application of low-noise parametric amplifiers to cryogenic microwave measurements revolutionized the field of quantum information processing with superconducting circuits. For example, it enabled high-fidelity dispersive qubit readout, a ubiquitous tool in current superconducting quantum computers. Importantly, it […]

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Quantum Computing

Quantum Computing & Artificial Intelligence

In order to discuss Quantum Computing during this knowledge empowerment session, Iauro Systems hosted an internal session for all of its employees. Studying quantum computing involves developing #technologies based on the principles of quantum theory and incorporating them into computer-based applications. Quantum computing involves combining different bits to perform certain computations. Compared to their classical […]

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Quantum Computing

Where Do We Go Next with Quantum Computing?

QC40 was a one-day virtual event that celebrated the 40th anniversary of the Physics of Computation Conference, which was jointly organized by MIT and IBM and held in the Endicott House on the MIT campus in 1981. We consider this conference a defining moment in the history of quantum computation. At QC40, we looked at […]

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