Energy AEIR to Debut Long-Range Wireless Energy Transfer System in Zurich on December 15 Lucerne, Switzerland — AEIR announced today that it will conduct the first public demonstration of its long-range Wireless Energy Transfer (WET) system in Zurich on December 15, 2025. The debut marks a major milestone for the Swiss-based company, which has spent several years developing a technology capable of transmitting power safely
Energy WattByWatt Uses Next-Generation Solar Materials to Power the World One Watt at a Time As connected devices multiply and demand for clean electricity grows, the limitations of conventional solar technology are becoming more apparent. Traditional silicon panels are efficient at scale, but they are often rigid, energy-intensive to manufacture, and poorly suited for low-power or indoor applications. WattByWatt, a Canadian clean energy company, is
Energy NLM Photonics’ vision is to substantially reduce the power consumption and footprint of high-performance data-centre and AI-training infrastructures by shifting from purely electronic to hybrid photonic-electronic interconnects Seattle — NLM Photonics, is a Seattle-based startup developing next-generation hybrid organic electro-optic (OEO) photonic modulators At its core, NLM Photonics’ vision is to substantially reduce the power consumption and footprint of high-performance data-centre and AI-training infrastructures by shifting from purely electronic to hybrid photonic-electronic interconnects. The company’s patented Selerion
Energy Stanford University research: a new kind of rechargeable battery that could hold far more energy than today’s standard lithium-ion cells. A new battery startup emerging from Stanford University research, Energia Power Systems, is drawing attention for what it calls a breakthrough in the science of energy storage. At the heart of Energia’s pitch is a new kind of rechargeable battery that could hold far more energy than today’s
Energy More Efficient Solar DESCRIPTION Lens technology increases the efficiency of solar panels. Polycarbonate sheet manipulates light to maximize the good light and addresses the current limitation of solar panels to capture at best 22% of the energy from the sun. PROBLEM Solar panels only capture at best 22% of the energy from the
