--- url: 'https://qubit.capital/blog/europe-series-a-weekly-funding-roundup-week-4-june-2026' title: 'Europe Series A Weekly Funding Roundup (Jun 15-22, 2026): $364.0M Raised Across 2 Deals' author: name: Sagar Agrawal url: 'https://qubit.capital/blog/author/sagar' date: '2026-06-22T16:50:37+05:30' modified: '2026-06-22T16:50:37+05:30' type: post summary: 'Europe''s Series A market raised $364M this week across 2 deals: Focused Energy''s $240M laser fusion round and Quobly''s €115M silicon quantum raise.' categories: - Weekly Funding Roundup image: 'https://qubit.capital/wp-content/uploads/2026/06/featured-europe-series-a-67838.webp' published: true --- # Europe Series A Weekly Funding Roundup (Jun 15-22, 2026): $364.0M Raised Across 2 Deals Europe’s Series A market produced two of the year’s largest deep-science rounds this week, with $364.0 million split between a German fusion company and a French quantum computing firm. Both deals share a pattern. Each company spun out of a national research institution, each raised an unusually large early round, and each plans to spend the money turning lab physics into industrial hardware. The two raises point to where European deep-tech capital is flowing. Investors are backing long-horizon energy and computing bets that need heavy upfront capital and have clear sovereignty angles. Public funds sat alongside private money in both rounds, and strategic corporates took direct stakes rather than passive positions. That mix tells you these aren’t quick-return software plays. They’re infrastructure bets with timelines measured in years. Weekly Funding Roundup JUN 15-22, 2026 $355M TOTAL RAISED 2DEALS CLOSED MixedSTAGE $178MAVG DEAL SIZE EUROPETOP REGION BY STAGE Series A (oversubscribed)$240M68% Series A$115M32% BY SECTOR Focused EnergyClimate and fusion energy$240M QuoblyDeep tech and quantum computing$115M Table of Contents - [1. Focused Energy Raises $240M For Laser Fusion Power](#1-focused-energy-raises-$240m-for-laser-fusion-power) [Deal Overview](#deal-overview) - [Investor Profile](#investor-profile) - [Company and Leadership](#company-and-leadership) - [Problem and Opportunity](#problem-and-opportunity) - [Product and Technology](#product-and-technology) - [Use of Proceeds and Vision](#use-of-proceeds-and-vision) - [Market Context](#market-context) - [2. Quobly Raises €115M For Silicon Quantum Computers](#2-quobly-raises-€115m-for-silicon-quantum-computers) [Deal Overview](#deal-overview-1) - [Investor Profile](#investor-profile-1) - [Company and Leadership](#company-and-leadership-1) - [Problem and Opportunity](#problem-and-opportunity-1) - [Product and Technology](#product-and-technology-1) - [Use of Proceeds and Vision](#use-of-proceeds-and-vision-1) - [Market Context](#market-context-1) - [Lessons For Founders](#lessons-for-founders) ## 1. Focused Energy Raises $240M For Laser Fusion Power ### Deal Overview - Stage: Series A (oversubscribed) - Sector: Climate and fusion energy - Geography: Darmstadt, Germany - Round size: $240 million - Total private capital to date: roughly $300 million ### Investor Profile The round was led by German utility RWE, with backing from SPRIND, the European Innovation Council Fund, and Prime Movers Lab. RWE’s involvement goes beyond capital. The company will host [Focused Energy](https://www.focused-energy.world)‘s demonstration reactor at one of its decommissioned fission plants in Germany. That site access matters. Building a fusion demonstrator on an existing power-plant location cuts siting risk and signals that a major utility sees fusion as a credible replacement for retiring conventional generation. The presence of public backers like SPRIND and the EIC Fund also means the company carries non-dilutive support, having already taken in around $200 million in grants. ### Company and Leadership Focused Energy started in July 2021 as a spin-off from the Technical University of Darmstadt. It now runs offices in Berlin, Austin, and San Francisco. The team is led by CEO Thomas Forner and COO Dr. Anika Stein, with the science driven by CSO Prof. Dr. Markus Roth of TU Darmstadt and CTO Prof. Dr. Todd Ditmire of the University of Texas at Austin. In December the company hired Debbie Callahan as Chief Strategy Officer. She previously designed fuel targets at the U.S. National Ignition Facility, the lab that first achieved fusion ignition. Before this round, Focused Energy had raised about $82 million. ### Problem and Opportunity Fusion promises clean, continuous power without the waste profile of fission. The hard part has always been doing it repeatedly and at a cost that works for the grid. NIF proved ignition is possible, but it fires only about 400 shots per year. A commercial plant needs to fire many times every second. Focused Energy is chasing that gap. If it can run a reactor at industrial repetition rates, it moves fusion from a physics result to an energy product. ### Product and Technology The company builds a laser-driven inertial confinement fusion reactor. High-energy lasers compress fuel pellets until they fuse. Focused Energy uses a ‘direct drive’ method, hitting the fuel directly rather than routing energy through the gold hohlraum cylinder NIF relies on. Its demonstration system, called Lighthouse, targets about 10 laser shots per second. That’s the jump from NIF’s annual shot count to something that could feed a grid. The technical moat sits in fuel-target design and laser systems, knowledge built over decades at NIF and TU Darmstadt. The company also plans to spin off Sourcelight to commercialize related laser technology. ### Use of Proceeds and Vision The $240 million, described as the largest Series A in the global fusion industry, funds the path to Lighthouse and the build at the RWE site. Focused Energy frames itself as an industry-oriented, privately financed fusion company, pairing scientific depth with startup speed. A line-item breakdown isn’t public. ### Market Context Combined public and private fusion investment reached roughly $10 billion by September 2025. Inertial confinement fusion accounts for an estimated 27.9% technology share in 2026. Competitors include fusion startups like Inertia Enterprises and Thea Energy, plus magnetic-confinement players such as Commonwealth Fusion Systems and TAE Technologies. Net-zero targets are pulling capital into the sector as countries aim for commercial fusion by mid-century. ## 2. Quobly Raises €115M For Silicon Quantum Computers ### Deal Overview - Stage: Series A - Sector: Deep tech and quantum computing - Geography: Grenoble, France - Round size: €115 million (about $124 million) - Prior funding: roughly €19 million in seed financing ### Investor Profile The round drew a deep bench: Bpifrance, SEALSQ, STMicroelectronics, the European Innovation Council Fund, Innovacom, Air Liquide Venture Capital, Quantonation, and Supernova Invest. STMicroelectronics stands out. The chipmaker is a pioneer in the exact silicon process [Quobly](https://www.quobly.io) uses, and its direct stake gives the startup manufacturing access most quantum firms can’t match. European sovereignty money runs through the cap table. Bpifrance and the EIC are funding a homegrown quantum champion to cut Europe’s dependence on US and Chinese hardware. ### Company and Leadership Quobly was founded in 2022 in Grenoble, first under the name Siquance, as a spin-off from CEA-Leti and the CNRS. It’s led by CEO Maud Vinet, CTO Tristan Meunier, and COO Francois Perruchot. Vinet spent two decades at CEA-Leti, where she led fully-depleted SOI development inside the IBM Alliance in Albany and later ran the institute’s Quantum Computing Program. Meunier is the lead qubit physicist, drawn from CNRS. The company employs more than 100 people and keeps offices in Singapore and Canada. ### Problem and Opportunity Quantum computers promise to solve problems classical machines can’t touch, from materials science to cryptography. The bottleneck is scale. Most qubit designs struggle to grow qubit counts while keeping yield and reproducibility high, because they depend on bespoke, hard-to-manufacture hardware. Quobly’s bet is that the chip industry already solved manufacturing at scale. If quantum chips can run on standard fabrication lines, the scaling problem changes shape. ### Product and Technology Quobly builds silicon spin qubit computers using Fully Depleted Silicon-On-Insulator technology on standard 300mm wafers, the same process behind mass-market chips. This CMOS-compatible path aims for dense integration and high yield by reusing existing chip factories instead of custom hardware. Its commercial line is called Alloy. The first system, Alloy Pioneer, targets early adopters in high-performance computing and research, with cloud access in 2026 and deployment into HPC infrastructure in 2027. The relationship with STMicroelectronics, plus the CEA-Leti and CNRS IP base, forms a moat that’s tough to copy. ### Use of Proceeds and Vision The €115 million funds industrialization of Quobly’s silicon processors and the launch of Alloy Pioneer by the end of 2026. The capital supports deploying first systems into customer cloud and HPC environments, scaling qubit integration on 300mm wafers, and growing the team across France, Singapore, and Canada. Quobly wants quantum processors that slot directly into existing data-center infrastructure rather than living as isolated lab machines. ### Market Context The quantum computing market is in a heavily funded global race, with governments treating it as strategic infrastructure. Quobly’s silicon approach competes against superconducting leaders like IBM, Google, and IQM, trapped-ion and neutral-atom players, and fellow silicon efforts including Intel, Australia’s Diraq, and SQC. The push toward fault-tolerant machines and the integration of quantum accelerators into classical HPC are shaping demand. ## Lessons For Founders - Strategic investors who bring infrastructure beat passive capital. RWE gave Focused Energy a reactor site and STMicroelectronics gave Quobly a fab path. Both reduce execution risk in ways money alone can’t. - Deep institutional roots are fundable. Spinning out of a national lab gives you IP, credibility, and rare talent that’s hard for competitors to assemble from scratch. - Non-dilutive grants change the math. Focused Energy’s roughly $200 million in grants let it raise a large equity round without giving away the company. Pursue public funding alongside venture capital. - Frame your timeline honestly. Both companies sold investors on a path from physics to product, with named demonstration systems and dated milestones. Concrete roadmaps raise large rounds; vague ambition doesn’t. - Sovereignty is a fundraising angle in Europe. Public funds back companies that reduce dependence on foreign hardware. If your work touches strategic infrastructure, make that case directly.