Tachyon is developing a technology platform to design and construct next‑generation particle accelerators in the United States, aiming to make them more efficient and powerful for advanced physics research. Leveraging expertise from SpaceX, SLAC, Los Alamos and other leading institutions, the company builds hardware, systems, and infrastructure that enable higher‑energy experiments and testing of critical electronics. Their work supports emerging applications such as space data centers and neutral‑atom quantum computing.
Funding
Funding not disclosed
Founders
Product
Problem
Current particle accelerator infrastructure in the United States is limited, with most high‑energy facilities being large, costly, and concentrated abroad, restricting domestic research capacity and the development of advanced applications such as space‑qualified electronics testing and neutral‑atom quantum computing.
Solution
Tachyon is building an integrated technology platform to design and construct next‑generation particle accelerators within the United States. The platform combines advanced hardware engineering, systems integration, and infrastructure design to create more efficient, compact, and powerful accelerator components. By leveraging expertise from leading research institutions and industry (e.g., SpaceX, SLAC, Los Alamos, CERN), Tachyon accelerates the development cycle for high‑energy accelerator technology. Their current focus is on creating accelerator modules that enable rigorous radiation testing of critical electronics for space data centers and support emerging neutral‑atom quantum computing architectures. The platform aims to lower the cost and complexity of building domestic accelerator facilities, expanding access for scientific and commercial users.
Target Audience
Primary customers are U.S. national laboratories, university research centers, and commercial enterprises developing space‑grade electronics or quantum‑computing hardware that require high‑energy particle beam testing.
Features
- Modular accelerator component designs that reduce footprint while delivering higher beam energies
- Integrated hardware, control systems, and infrastructure engineering to streamline construction and commissioning
- Radiation‑testing capabilities tailored for space‑qualified electronics and data‑center hardware
- Support for neutral‑atom quantum computing experiments through precise beam control and low‑noise environments
- Collaboration framework that incorporates expertise from major labs and industry partners to accelerate technology transfer