We support more than 200 teams working on the
 Possible 

The world’s population is forecast to peak at 10.5 billion around 2050 and while the progress in renewables is encouraging, they cannot provide enough energy for humankind without an ongoing reliance on fossil fuels. In order to sustain economic growth and overcome climate change, the world needs to develop alternatives. We’re excited to back the Marvel Fusion team who’re building a reliable, commercially-viable nuclear fusion power plant. Marvel’s unique design has a genuine shot to get us to clean, safe, abundant power in the next decade to complement intermittent renewables on a pathway to a carbon-free energy grid.

The Exploration Company's mission is to make space exploration affordable, sustainable and open. To realize this mission, they have developed a modular and reusable orbital vehicle that can eventually be refuelled in orbit. The technical bricks of Nyx are built with open interfaces: they are available on a SpaceStore to enable space & non-space companies to use them and develop new applications.

Auriga Space is revolutionizing space access with its innovative electromagnetic launch technology. The company's system uses a series of powerful magnets to accelerate spacecraft into orbit, eliminating the need for traditional rocket propulsion. This approach has the potential to make space launch more affordable, flexible, and environmentally friendly.

Automata aims to enable new opportunities for innovation through total workflow automation accessible to labs frustrated by the limitations of their own environment. Automata works with labs across the world to understand their specific workflows and needs, and develop personalised solutions that range from diagnostic, drug discovery to synthetic biology. This allows a simplification of common automation tasks, while also supporting more advanced paths for specialised workflows, in a fast, flexible, and cost-efficient way.

Aviation is one of the fastest-growing greenhouse gas emitters, and simultaneously the only large industrial sector without an identified decarbonization pathway. From a sustainability and operating economics perspective, the electrification of aviation stands out as the clear long-term solution. However, current attempts at electric aircraft development are suffering from too short flight ranges. Cosmic is building the world's first all-electric passenger aircraft that's capable of flying real aircraft ranges without the need for battery miracles. By focusing on the development of highly efficient airframes and propulsion systems, Cosmic aims to build aircraft that can cover 50% of the global aviation market by range with batteries that are available today.

Orbem is advancing MRI technology to make it cheaper, faster and less complex, opening up a range of novel use cases. Their first use case is in the chicken market where their machines can non-invasively classify the sex of eggs before hatching. Beyond eggs, Orbem sees a range of use cases in the food, bio and healthcare sectors.

Innovative solid oxide fuel cells allow Reverion to provide 24/7 supply security, enable long-term seasonal storage and reduce megatons of CO2 emissions. This technology doubles electricity production through electrical efficiencies of 80% whilst also stabilising the power grid in electrolysis mode and producing renewable gases.

ToZero is introducing a sustainable process to recover critical materials from all types of Lithium-Ion Batteries. They will be the first in Europe capable of recovering all critical materials: Lithium, Nickel, Cobalt, Manganese and Graphite. This will allow ToZero to take old batteries and reintroduce fresh raw commodity materials back into the supply chain.

Heidi is building the gateway for patients anywhere in the world to get the care they need rapidly, easily and cheaply while providing every doctor with the tools to provide modern care that is safe, productive and deeply satisfying.

Chemify's technology enables the full stack digitization of chemistry from code to molecules and molecules to code for molecular discovery, optimization, and synthesis. They make the chemical synthesis of complex new molecules significantly faster, perfectly reproducible, and create large functional libraries of unprecedented scale.

At Enveda, they are systematically translating molecules found in medicinal plants into new drugs for challenging diseases. This platform harnesses nature's complexity with the help of cutting-edge advancements in knowledge graphs, machine learning, and metabolomics. Enveda is starting a movement to create the next generation of small molecule therapeutics.

Opto Bio is developing miniaturised implants that are safe, effective, and minimally invasive. Opto believes that that the application of discreet, safe biological interfaces will enable remote and continuous neurological communication, changing the way we approach medicine by using the electrical language of the body. Advancing the frontiers of biological interfacing, Opto is using new electrical biomarkers that can be used to inform disease state in real time. Opto aims to improve patient outcomes and revolutionise precision treatment through their research, development, and clinical testing.

Uluu’s products act like plastic but are made from seaweed, not fossil fuels. They’re strong, lightweight and waterproof, while being truly biodegradable and biocompatible. Uluu is naturally produced via fermentation. This process uses saltwater microbes fed with farmed seaweed—a regeneratively-grown feedstock that can be scaled to entirely replace the fossil fuels used to make 400 million tonnes of plastic each year, all while sequestering carbon and bioremediating our oceans. Uluu can be directly substituted for plastic in existing manufacturing equipment, including to produce fibres that can replace polyester in textiles.

Every industry that is doing complex computation, simulation and optimization is bound by limited computing power. Quantum is computing’s next step. Quantum’s potential for impact is tremendous and we’re excited to support the Seeqc team as they build the future of quantum computing. Seeqc develops and commercializes superconducting quantum technologies for a variety of quantum information processing applications including scalable fault-tolerant quantum computers and simulators, quantum communications, and quantum sensors.

HyperHeat is building a cutting-edge, all-electric heating solution designed to reach temperatures of up to 2,000°C. Using renewable electricity HyperHeat is providing an efficient alternative to fossil fuel combustion. With an efficiency rate of up to 98%, HyperHeat is ideal for retrofitting industrial processes, enabling significant CO2 reductions across industries like steel, cement, and chemicals. The scalable technology offers a cost-efficient approach to decarbonizing thermal processes, with a potential to reduce global CO2 emissions by over 4.5 gigatons annually.