New Unitary Fund Grant Announced

The Unitary Fund is a non-profit organization dedicated to advancing the field of quantum computing. Established to create a quantum technology ecosystem that benefits the most people, the Unitary Fund focuses on supporting quantum computing initiatives and research that are open and accessible. We look at the latest awarded grants.

Unitary Fund Grants

The Unitary Fund offers grants to support innovative projects in quantum technology, focusing on open-source development and community building. These grants are aimed at individuals, small teams, or academic groups working on novel ideas that can contribute significantly to the quantum computing ecosystem. The Unitary Fund aims to foster a diverse and vibrant quantum community by providing financial support, mentorship, and resources, encouraging groundbreaking research and development in this rapidly evolving field. The grants typically support projects that are accessible, transparent, and have the potential for broad impact, reflecting the fund’s commitment to open and collaborative quantum computing development.

The Latest Unitary Fund Grants Announced

  • Qasper – a library that includes both common quantum representations of standard financial notation and classical assets by Michael Hellman. Michael Hellman will further develop Qasper.
  • Piccolo.jl – a quantum optimal control (QOC) method called Pade Integrator Collocation (PICO) that is a direct trajectory optimization method that treats both the states and controls of the system as decision variables by Aaron Trowbridge & Aditya Bhardwaj
  • OpenQuantum – a blueprint for a magneto-optical trap that open-sources high-quality CAD files, electronic schematics, control firmware and assembly instructions along with teaching materials to create a much-needed educational platform for quantum science and engineering by Max Shirokawa Aalto.
New Unitary Fund Grant Announced
New Unitary Fund Grant Announced

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The Quantum Mechanic

The Quantum Mechanic

The Quantum Mechanic is the journalist who covers quantum computing like a master mechanic diagnosing engine trouble - methodical, skeptical, and completely unimpressed by shiny marketing materials. They're the writer who asks the questions everyone else is afraid to ask: "But does it actually work?" and "What happens when it breaks?" While other tech journalists get distracted by funding announcements and breakthrough claims, the Quantum Mechanic is the one digging into the technical specs, talking to the engineers who actually build these things, and figuring out what's really happening under the hood of all these quantum computing companies. They write with the practical wisdom of someone who knows that impressive demos and real-world reliability are two very different things. The Quantum Mechanic approaches every quantum computing story with a mechanic's mindset: show me the diagnostics, explain the failure modes, and don't tell me it's revolutionary until I see it running consistently for more than a week. They're your guide to the nuts-and-bolts reality of quantum computing - because someone needs to ask whether the emperor's quantum computer is actually wearing any clothes.

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