[Austin, TX] TAU Systems, a pioneering force in ultrafast, compact laser-plasma accelerator technology, has proudly unveiled the successful transformation of the venerable University of Texas Tabletop Terawatt Laser (UT3) into a state-of-the-art compact particle accelerator powerhouse. The revamped UT3 driver laser is now a remarkable producer of ultrashort pulses, boasting an astounding peak power of 40 terawatts.
This collaborative venture, a harmonious partnership between TAU and the esteemed University of Texas at Austin, is focused on the progressive development of laser-plasma interactions at their core. The joint mission is to catapult the boundaries of science and technology concerning compact accelerator systems and advanced light sources, ultimately facilitating their widespread accessibility to a diverse array of end-users and industries.
The revitalized UT3 is a force to be reckoned with, nearly doubling the energy output of its predecessor. This remarkable upgrade was a joint endeavor, leveraging the combined expertise of TAU Systems and UT Austin's skilled personnel, while essential components were provided by the reputable Thales Laser company. Notably, TAU has already demonstrated the unprecedented potential of this enhanced facility, achieving the laser-driven acceleration of electrons through an innovative TAU-designed beamline.
With this impressive leap forward, the enhanced system is poised to foster the evolution of compact and inventive laser-wakefield accelerators. Moreover, it will pave the way for the creation of cutting-edge EUV and X-ray light sources, destined to revolutionize applications spanning the semiconductor realm, material science, battery technology, medical imaging, and beyond.
Bjorn Manuel Hegelich, the visionary CEO of TAU Systems and a distinguished professor within UT's Physics Department, enthusiastically shared his perspective on the newfound capabilities of the UT3. He expressed, "As we celebrate the successful UT3 upgrade, we eagerly anticipate forging new engineering horizons in the realm of laser-driven particle accelerators. This achievement equips us to conceive novel imaging advancements catering to a diverse community of users, both from within and beyond UT."
Echoing this sentiment, Prof. Mike Downer, an eminent figure as the Distinguished Professor of Physics at UT Austin, remarked, "The novel research vistas unlocked by this transformation are truly exhilarating. Our focus remains steadfast in propelling the evolution of compact electron accelerators and ushering in the era of 21st-century X-ray sources."
Christine Dixon Thiesing, Associate Vice President for Discovery to Impact at UT Austin, praised the fruitful partnership between the university and TAU Systems. She emphasized, "This triumphant endeavor exemplifies a remarkable synergy between UT Austin and a pioneering local industry, serving as a compelling success narrative for a spin-out company that originated from within UT Austin."
At its core, the TAU Systems-UT Austin collaboration underscores the pivotal role played by public-private partnerships in driving scientific exploration and catalyzing innovation.
Marking a significant stride towards the commercial viability of plasma wakefield accelerators, this upgrade stands as a pivotal juncture. TAU Systems is poised to usher in the future with an installation of a system 100 times more potent within its newly acquired San Diego premises by year-end. This impending Service Center launch promises unprecedented opportunities for researchers across diverse disciplines, notably semiconductor manufacturing by delving into the intricacies of 3D structures within semiconductors. Additionally, the Service Center will be an invaluable resource for comprehensive EV battery analysis, facilitating in-depth studies of battery charge and discharge dynamics.
