Blue Laser Fusion has closed a $34 million private placement, completed in parallel with a reverse merger with Unite Acquisition 2 Corp. The deal, announced on October 29, 2026, brings the Goleta, California-based company to the capital markets through an alternative public offering.
The round includes an initial closing of $25 million in private placement units. SEC filings show the merger was completed on September 4, when 910,265 units were sold at $27.50 each, for roughly $25 million in gross proceeds. The remainder of the funds came in subsequent closings. Laidlaw & Company (UK) acted as sole placement agent. The company kept the name Blue Laser Fusion, Inc. and is subject to SEC reporting obligations, but its shares are not listed on an exchange.
The company was founded in 2022 by Shuji Nakamura, the Nobel laureate in physics, together with Hiroaki Ohta and Richard Ogawa. The project is built around a high-power, high-repetition-rate pulsed laser that triggers a fusion reaction using hydrogen-boron fuel (HB11). The reaction is aneutronic, meaning it produces very few neutrons, and is therefore considered easier to manage from a safety standpoint. Early backers include JAFCO, SPARX with its Mirai Creation Fund, SoftBank Corp. and Itochu. Before this round, the company had raised about $37.5 million in private funding.
The chosen structure explains the timeline. An alternative public offering combines a reverse merger with an already-registered shell company and a private investment in public equity. It typically takes 30-45 days of work, compared with the months required for a traditional listing with a roadshow. For a startup that must finance costly hardware, it is a fast way to secure fresh capital and a public corporate platform. Blue Laser Fusion’s former shareholders received between 59.78% and 65.74% of the combined company, depending on the amount raised.
Proceeds will go toward engineering milestones, operational expansion and technology development. The company has stated a dual market: directed-energy laser systems for defense, which can generate revenue ahead of a power plant, and gigawatt-scale inertial confinement fusion. The technical reference point is the ignition with net energy gain demonstrated at the National Ignition Facility in the United States.
The real test will be demonstrating high-repetition-rate lasers capable of sustaining the reaction: if the engineering milestones are met, the company could return to the market for a second round and, later on, for a stock exchange listing.
