In a significant stride for technological advancement, Gallox Semiconductors, a pioneering startup stemming from Cornell University, has clinched the prestigious 2025 Hello Tomorrow Global Challenge in the Advanced Computing & Electronics category. This international recognition highlights Gallox’s groundbreaking work in gallium oxide (Ga₂O₃) based semiconductors, poised to redefine efficiency and capabilities within the global electronics landscape.
- Jon McCandless, CEO and Founder of Gallox Semiconductors, expressed his deep honor and elation over the win at Hello Tomorrow’s Global Summit in Paris. He noted their selection as the Advanced Computing and Electronics winner stood out among over 4600 startups from more than 100 countries, making Gallox one of only 10 esteemed honorees.
- Established in 2014, the Hello Tomorrow Global Challenge is a premier international competition supporting deep tech startups globally by identifying and nurturing ventures that address major challenges through scientific breakthroughs. The competition’s main event, the Global Summit, is set to move to Amsterdam in 2026.
- The competition’s most significant accolade is the Grand Prize, awarding €100,000 in equity-free funding to an overall winner chosen from the various category champions.
- Gallox Semiconductors secured the 2025 Hello Tomorrow Global Challenge in the Advanced Computing & Electronics category, an international competition supporting early-stage deep tech startups leveraging scientific discoveries. The company demonstrated technological innovation, substantial impact potential, economic viability, and strong leadership to earn the award.
- The startup specializes in gallium oxide (Ga₂O₃) based diodes and transistors designed for power inverters, offering a highly energy-efficient alternative to the commonly used silicon carbide in power electronics. This innovation allows for smaller, more powerful chips that can increase computing capabilities while reducing environmental impact.
- Gallium oxide technology boasts potential applications across critical sectors, including space technology, aviation, and electric vehicle charging, addressing the growing demand for efficient power conversion solutions in these high-power environments. Its heightened energy efficiency provides a compelling advantage over current materials.
- Gallox is recognized as the first company globally to commercialize a gallium oxide semiconductor innovation, underscoring its pioneering role in bringing this advanced material to market. This breakthrough marks a significant milestone in material science and semiconductor device development.
- The company’s success is deeply rooted in Cornell University’s robust innovation ecosystem, which provides access to world-class facilities, equipment, and mentorship for early-stage startups. Cornell’s strong legacy in semiconductor research fosters an environment where such deep tech ventures can thrive from conception to commercialization.
- Gallox is an industry partner in NORDTECH, a U.S. Department of Defense-funded coalition dedicated to advancing microelectronics research and development. This collaboration signifies the strategic importance of Gallox’s technology for national security and technological leadership.
- Further bolstering its development, Gallox received a National Science Foundation STTR Phase I award totaling $305,000 in early 2025, demonstrating significant federal support for its innovative semiconductor research. Such funding accelerates critical research and development efforts.
- Gallox’s gallium oxide semiconductors could lead to increased energy efficiency and miniaturization of power electronics, driving significant advancements in data centers and electric vehicle chargers. The enhanced performance enables more compact and powerful devices, pushing the boundaries of what is possible in modern electronics.
- The success of Gallox, and the broader deep tech ecosystem it represents, fosters a positive environment for semiconductor industry growth by introducing novel materials and manufacturing processes. This encourages further investment and development in next-generation semiconductor technologies globally.
- The expansion of innovative semiconductor companies like Gallox can stimulate specialized job creation within research and development, advanced manufacturing, and engineering across the Asia Pacific region. This growth contributes to a skilled workforce and strengthens the region’s position as a hub for semiconductor talent and production.
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