An introductory program designed to transform students into quantum computing pioneers. The Quantum Pipeline takes students on a journey from initial idea to a working quantum algorithm.

This bootcamp by Leonard Woody covers vectors, linear combinations, superposition, matrix operations, complex numbers, and quantum computation with linear algebra. It is designed to equip individuals with an introduction to the math needed to understand quantum computing.

A deep dive into the paradigm shift from standalone quantum computers to interconnected quantum systems. This program explores qubit I/O, quantum network operations, and quantum network control, working toward a distributed quantum computing reference architecture that can guide the future of scalable quantum networks.

This bootcamp offers a focused and accessible introduction to the microwave engineering concepts underpinning superconducting quantum processors.

This interactive bootcamp is designed as an accessible introduction to the rapidly evolving field of quantum sensing, tailored for participants with little or no prior background in quantum physics or sensor technology. This bootcamp aims to demystify quantum sensing, making it approachable, engaging, and relevant for everyone interested in the future of measurement and technology.

Mason I-Corps Nextgen Digital Technology Cohort offers this Immersive NSF Regional Cohort at the Quantum World Congress 2025 tto assist university and community (startups with real/deep technology) innovators that want to take their ideas and solutions to market.