Post by Roland Kümin

For years, the conversation around uDrive was shaped by assumptions about the limits of conventional mechanical systems. Our latest article explores a different question emerging across modern physics, nonlinear systems, and frontier engineering: Could geometry and structural organization influence physical behavior more fundamentally than we traditionally assume? A thought-provoking intersection between positive geometry research and geometry-driven mechanical engineering. Curious to hear perspectives from researchers, engineers, and long-horizon thinkers. #Physics #Engineering #NonlinearSystems #Geometry #DeepTech Raul Serna Myles Davidson Reto Largo Trishan Sharma Tobias Anliker Sven Friedel Ulderico Ulissi Gian-Luca Bona Brandon Spencer Alex THAM Niko Railo Massimo Muzzì Martin Meili Daniel Niederberger Arijana Walcott Manuel Salvisberg CFA, CAIA Davide Cortinovis Philipp Elkuch Reto Knutti Sophie Lamparter Anil Khurana Sandro Schlatter Herman Gyr, Ph.D. Rodolfo Azzara Prof. (Dr.) Anand Nayyar Igor Pikovski Paolo Orsatti Christoph Schlegel, Dr. rer. nat. Christian Pho Duc Dimitris Tselios Claude Honegger Miodrag Bukvic Prem Kumar Olga Peters Saurabh Kumar Thomas Gass Franz-Xaver Lenherr David Schneider Tom Chi Frédéric W.