Meet Q.ANT one of the 2022 winners in the Science Start-Ups (#FallingWallsVenture) category. They develop technologies and products in photonic sensing and computing with a wide range of groundbreaking applications, such as: · Enhancing the daily lives of disabled individuals with intuitive prosthesis control · Promoting education via global internet access through precise satellite orientation · Boosting sustainability by reducing energy consumption in supercomputing applications like Machine Learning „What drives me is watching the team at Q.ANT pushing the boundaries of what is technologically feasible every day a little more.“ – shared Dr. Michael Förtsch, CEO at Q.ANT. Q.ANT’s unique approach in photonic sensing and computing enhances data generation and processing. With their photonic approach to computing, Q.ANT wants to make matrix-vector multiplications more efficient to significantly boost deep neural networks and enable previously unattainable AI applications. In sensing, Q.ANT uses photonics to allow measuring formerly unmeasurable phenomena. Their latest breakthrough is a new type of human-machine interface, enabling intuitive prosthesis control by detecting and analyzing tiny magnetic fields from muscle signals. Learn more here: https://lnkd.in/dp_qZeS9 👉 Swipe through the slides to learn about Michael Förtsch’s entrepreneurial journey and vision at Q.ANT. To learn more, watch Michael Förtsch’s pitch at the #FallingWalls Science Summit 2022 here: https://lnkd.in/dDXRNq5g Many thanks to TRUMPF GmbH Co. KG for nominating Q.ANT as a #ScienceBreakthrough of the year 2022. #quantumtechnology #photoniccomputing #quantumsensing #photonics #innovation #FallingWalls
Wow, it’s already nearly two years - time is flying and so much progress since then. Thank you Falling Walls Foundation for re-highlighting of Q.ANT GmbH and our contribution.
Thank you Falling Walls Foundation for re-sharing this recognition! We are more dedicated than ever to advance photonic computing and sensing for a positive impact on industry and everyday life. Let's continue breaking the wall to photonic data processing 🚀