Things You Gotta Know
Trump Media to Merge with TAE Technologies in $6 Billion All-Stock Deal
Trump Media & Technology Group and TAE Technologies have signed a definitive merger agreement valued at more than $6 billion, creating one of the world's first publicly traded fusion companies. Under the terms, TMTG will provide up to $200 million in cash at signing and an additional $100 million upon SEC filing, with shareholders of each company owning approximately 50% of the combined entity. The merged company plans to begin construction on a 50 MW utility-scale fusion power plant in 2026, with future plants expected to generate 350 to 500 MW. TAE has raised over $1.3 billion in private capital since 1998 from investors including Google, Chevron, and Goldman Sachs, and has built and operated five fusion reactors.
Truth Social Stock Explodes as It Merges With Nuclear Fusion Company
Trump Media and Technology Group's stock surged more than 35% following the announcement of its $6 billion all-stock merger with TAE Technologies, the fusion company formerly known as Tri Alpha Energy. The deal represents the latest pivot for the struggling social media company, which reported a $54.8 million quarterly loss at the end of September despite previous forays into cryptocurrency, prediction markets, and streaming. TMTG CEO Devin Nunes framed the acquisition as positioning the company for AI-driven energy demand, stating that fusion power will be "the most dramatic energy breakthrough since the onset of commercial nuclear energy in the 1950s." The merger places Trump's media company in direct competition with fusion investments from Sam Altman (Helion) and Jeff Bezos, while Elon Musk dismissed the technology just days before the announcement, calling Earth-based fusion reactors "super dumb" compared to solar energy.
DOE has launched an Office of Fusion. Here's how it can help the industry scale.
The Department of Energy's announcement of a standalone Office of Fusion signals that the U.S. views fusion commercialization as a core national energy priority. According to CATF analysis, the office arrives at a critical juncture: over $7 billion has been invested in U.S. fusion startups, construction has begun on the first fusion power plants, yet the Milestone-Based Fusion Development Program remains severely underfunded at $98 million appropriated since 2022 versus its authorized level of $415 million through FY 2027. The new office must prioritize building infrastructure to close science and technology gaps in materials, plasma-facing components, blanket systems, and fuel cycles while expanding public-private partnerships. China has outspent U.S. fusion efforts nearly threefold over the past three years, making increased federal investment essential to ensure American fusion developers can compete on a level playing field internationally.
Thea Energy Completes Preconceptual Design for Helios Stellarator Power Plant
Thea Energy has completed the preconceptual design of Helios, described as the first stellarator fusion power plant architecture realistic to build and operate with currently available hardware. The design features software-controlled planar magnet coils, the world's first stellarator divertor exhaust system capable of fusion power operations, and a sector-based maintenance scheme. Helios is designed to provide approximately 400 MW net electricity to the grid with 1.1 GW thermal output, targeting a capacity factor comparable to fission plants. The Princeton Plasma Physics Laboratory spinout has submitted this milestone to the DOE's Milestone-Based Fusion Development Program and is on track to operate Helios in the 2030s following its Eos demonstration system expected online by 2030.
TAE and Trump Media Deal – A Landmark Day for Fusion Energy
Trump Media & Technology Group has announced a $6 billion merger with TAE Technologies, transforming the social media company into a publicly-traded fusion energy play. The deal provides TAE with access to public market liquidity while giving TMTG shareholders exposure to commercial fusion development.
Why Data Centers Are Switching to High-Voltage DC Power
The 19th-century Current Wars are getting a 21st-century sequel. As AI workloads push rack densities beyond what traditional AC distribution can efficiently handle, data center operators are turning to high-voltage DC power. The efficiency gains are substantial: DC architectures can eliminate up to 20% of energy losses while dramatically reducing the copper and cooling infrastructure required at each rack. Let’s examine the technical drivers behind the shift and who’s leading the transition.
