wireless-power
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Jeff Yen
Jeff Yen is a Stanford-trained experimental physicist turned entrepreneur, and the co-founder and CEO of Etherdyne Technologies, a Santa Clara startup building 'wire-free' power. His company's Ether Power platform uses low-frequency magnetic resonance to deliver up to 100 watts through the air to multiple devices at once inside a three-dimensional 'Power Zone,' no cords or fixed charging pads required. After eight years of quiet R&D with co-inventor Dr. Robert Moffatt, Yen brought the technology to CES 2026, raised more than $1.2 million from over 400 investors on StartEngine, and now pitches wireless power as the next utility, an 'Electrification 2.0' as ubiquitous as Wi-Fi.
Meredith Perry
Meredith Perry is the co-founder and CEO of Elemind, a neurotech company building a wearable headband that reads your brainwaves in real time and nudges them with bursts of sound, marketed as sleep on demand. Before Elemind she was the inventor behind uBeam, the ultrasonic wireless-charging venture she dreamed up as a University of Pennsylvania undergrad and grew into a roughly $40 million, much-debated startup backed by Founders Fund, Andreessen Horowitz, Mark Cuban and Marissa Mayer. A trained paleobiologist and astrobiologist who once did research with NASA, Perry holds dozens of patents and now wants to build what she calls an app store for the brain.
Tim Jenks
Tim Jenks is the Interim CEO of PowerLight Technologies, a Kent, Washington-based company pioneering laser-based wireless power beaming for drones, defense systems, and space infrastructure. A U.S. Naval Academy graduate with a nuclear engineering master's from MIT and an MBA from Stanford, Jenks spent over two decades building NeoPhotonics from a venture-backed startup into a NYSE-listed company before selling it to Lumentum Holdings for approximately $918 million in 2022. Now he's steering PowerLight through a pivotal moment: in April 2026, the company achieved the world's first wireless power beaming to a fielded military drone in flight, delivering kilowatt-class laser energy to a Kraus Hamdani Aerospace K1000ULE at 5,000 feet altitude - a breakthrough that could redefine how unmanned aircraft operate in contested environments.