北大系可控核聚变公司完成超5000万天使轮融资，致力于低成本高性能聚变｜早起看早期

Core Viewpoint - The article discusses the recent angel round financing of "Zero Point Fusion," a company focused on transforming fundamental scientific discoveries into a future energy industry with significant strategic value. The company aims to develop low-cost, high-parameter fusion energy technology through innovative approaches to plasma confinement [5][11]. Financing Information - Financing Round: Angel Round [6] - Financing Amount: Over 50 million RMB [7] - Use of Funds: The funds will primarily be used to develop a key experimental device and conduct critical validation experiments based on the magnetic zero-point fusion route [7]. Company Overview - Establishment Date: September 2024 [8] - Location: Beijing [8] - Technical Highlights: The company focuses on the challenge of long-term stable confinement of high-temperature plasma, utilizing a magnetic zero-point fusion route inspired by natural physical phenomena observed in space plasma [9]. The technology has the potential to achieve high-performance fusion at a lower cost [9]. Future Plans - Zero Point Fusion aims to leverage the key parameters obtained from the first experimental device to develop subsequent devices, facilitating the transition from parameter validation to commercial validation [11]. The breakthrough in this technology could lead to electricity generation costs reaching "one cent" per kilowatt-hour, providing nearly unlimited clean energy and enabling applications in space propulsion and interstellar transport [11]. Team Background - The company is incubated by Peking University's Technology Development Department and Xishan Angel Fund. The chief scientist, Professor Xiao Chijie, has a strong academic background and leads a joint laboratory with Peking University to advance research in magnetic zero-point fusion [13]. Investor Insights - Xu Hui, the initiator of Xishan Angel Fund, highlights that Professor Xiao's team has developed a simplified technical solution that significantly improves confinement time and reduces device costs, potentially making fusion energy and deep space exploration a reality [14].