RESOURCES
| Resource Link | Description |
|---|---|
| Amazon Braket | Amazon Braket is a fully managed quantum computing service that helps researchers and developers get started with the technology to accelerate research and discovery. Amazon Braket provides a development environment for you to explore and build quantum algorithms, test them on quantum circuit simulators, and run them on different quantum hardware technologies. |
| Atomic, Molecular, and Optical Science Gateway | The AMOS Gateway hosts state-of-the-art AMOS (Atomic, Molecular, and Optical Science) software suites and provides the community with an easy-to-use platform for calculations involving the static and dynamic properties of multi electron atoms and molecules. |
| Azure Quantum | Learn quantum coding and chemistry and materials science by generating, visualizing and interacting with molecular structures with the help of Copilot in Azure Quantum. |
| Center for Quantum Networks | Building the Quantum Internet |
| Einstein Toolkit | The Einstein Toolkit is a community-driven software platform of core computational tools to advance and support research in relativistic astrophysics and gravitational physics. |
| Google QuantumAI | Educational resources A set of resources that can be integrated into undergraduate and graduate level quantum information science courses. |
| Hybrid Quantum Architectures and Networks | Illinois Quantum Information Science and Technology Center |
| IBM Quantum Computing | IBM Quantum Computing for business, developers, researchers, and educators |
| ITensor | High-Performance Tensor Software Inspired By Tensor Diagrams |
| Jaqal | Quantum Assembly Language for QSCOUT (Quantum Scientific Computing Open User Testbed) |
| Quantum Engineer Jobs on LinkedIn | Quantum Engineering Jobs |
Laboratory for Physical Sciences (LPS) | Since 1956, the Laboratory for Physical Sciences, in partnership with the University of Maryland, has advanced the physics and engineering behind information science and technology. A unique organization where university, industry, and federal government scientists collaborate on research in advanced communication, sensing, and computer technologies, the LPS currently houses four main divisions: Solid-State and Quantum Physics, Optical and RF Innovations, Microelectronics Integration, and Advanced Computing Systems. |
| Machine Learning Crash Course | Google's fast-paced, practical introduction to machine learning |
| Microsoft Quantum | Learn how to use the Microsoft Quantum Development Kit and Q#, a language for quantum programming. Learn key concepts and write your first quantum program. Explore the rich tools and libraries of the QDK. |
| Microsoft Quantum Cloudblog | Microsoft Quantum blog posts |
| Musty Thooughts | Michal Stechly (Zapata) blog |
| My Ivory Tower | There are many barriers into quantum science. Finding the right opportunities to advance your education and career shouldn’t be one of them. My goal is to use this website as a repository of opportunities at the high school, community college, and undergraduate levels. |
| Nanohub | nanoHUB.org is the premier open and free platform for computational research, education, and collaboration in nanotechnology, materials science, and related fields. |
| OpenFermion | OpenFermion is a library for compiling and analyzing quantum algorithms to simulate fermionic systems, including quantum chemistry. |
| Pennylane | A cross-platform Python library for differentiable programming of quantum computers. Train a quantum computer the same way as a neural network. |
| Physical Review Journals | Physical Review Journals |
| PRX Quantum | PRX Quantum is a highly selective, online-only, fully open access journal that publishes research with an emphasis on outstanding and lasting impact. PRX Quantum seeks to publish a select set of papers providing a home for and connection between the numerous research communities that make up quantum information science and technology, spanning from pure science to engineering to computer science and beyond. |
| PRX Quantum Tutorials | PRX Quantum began publishing Tutorials to help the quantum community educate the next generation of quantum scientists. Rather than provide a comprehensive overview of the field, as is typically found in a Review paper, Tutorials are hands-on guides written by experts invited by the editorial leadership of the journal. Tutorials focus on the essential knowledge and relevant references that will allow newcomers to a research field, approach, or methodology efficiently move forward with their work. For example, they should ideally help researchers migrate to a new field, bridge knowledge gaps for interdisciplinary collaborators, and contribute to the education and development of PhD students and postdocs. They focus on explaining well-established milestone concepts, the latest techniques, and developments in the field, providing a flavor of current research. |
| Q2Work Quantum Education | Quantum education learning materials |
| Q-Chem webinars | Q-Chem webinars |
| QCircuit - Latex package | A quantum circuit drawing application. |
| Quantum Information Science (QIS) | Identifying essential concepts for future curricular and educator activities that will help learners engage with quantum information science. |
| Qisenet | The Quantum Information Science and Engineering Network (QISE-NET) is a one-of-a-kind national training program for graduate students pursuing careers in quantum science and engineering. It is devoted to advancing academic and industrial efforts in the science and engineering of quantum information. |
| Qiskit | Open-Source Quantum Development Qiskit | quantum device design |
| Quantum.gov | National Quantum Initiative The Federal Source and Gateway to Quantum R&D Across The U.S. Government provides for a coordinated Federal program to accelerate quantum research and development for the economic and national security of the United States |
| QuantumGrad | A global e-learning and content creation platform solely for Quantum Computing |
| Quantum Pedagogy | Quantum Education at Georgetown University, Washington D. C. |
| Quantum Exact Simulation Toolkit (QuEST) | The Quantum Exact Simulation Toolkit is a high performance simulator of quantum circuits, state-vectors and density matrices. QuEST uses multithreading, GPU acceleration and distribution to run lightning first on laptops, desktops and networked supercomputers. QuEST just works; it is stand-alone, requires no installation, and is trivial to compile and get running. |
| QuISP | Quantum Internet Simulation Package |
| QuSTEAM | The Ohio State University is the lead institution in a new educational initiative being launched through the National Science Foundation Convergence Accelerator program. The initiative is titled QuSTEAM: Convergent undergraduate education in Quantum Science, Technology, Engineering, Arts, and Mathematics and is focused on developing a revolutionary undergraduate curriculum that will provide a national educational model for the emerging field of quantum information science and technology (QIST) that incorporates inclusiveness and convergent disciplinarity from the ground up. |
| Rigetti | Rigetti home |
| Rigetti Forest Software Development Kit with pyQuil | The Rigetti Forest Software Development Kit includes pyQuil, the Rigetti Quil Compiler (quilc), and the Quantum Virtual Machine (qvm). |
| Summer Internship Links | Summer Internship links and databases |
| TensorFlow | An end-to-end open source machine learning platform. |
| WOLFRAM Quantum Framework | Streamlined computation framework for quantum circuits and other finite-dimensional quantum systems, integrated with the optimized numerics, symbolics and other capabilities of Wolfram Language, and including new multiway methods. |
| Gurobi Optimization | Streamlined computation framework for quantum circuits and other finite-dimensional quantum systems, integrated with the optimized numerics, symbolics and other capabilities of Wolfram Language, and including new multiway methods. |
| Quantum Hamiltonian Descent source | Streamlined computation framework for quantum circuits and other finite-dimensional quantum systems, integrated with the optimized numerics, symbolics and other capabilities of Wolfram Language, and including new multiway methods. |