Arcturus helps investors navigate the complexities of hard-tech frontier technologies, grounded in rigorous scientific analysis.
Investing at the frontier means betting on bold visions and groundbreaking science. Without a deep bench of experts, telling real breakthroughs from the noise takes more than market intuition. It takes scientific rigor. We plug into your team and bring the firepower to pressure-test bold claims with the depth of the largest funds, without the overhead.
Expert firepower on demand, turning fundamental science into an investable thesis – and de-risking it when it isn't.
Expand your diligence capacity with PhDs and domain experts who go beyond surface-level assessments. We pressure-test the key technical claims against the underlying physics, chemistry, and biology, digging into patents, primary literature, and feasibility, so you know what is real before capital is committed.
See the true competitive and scientific terrain of a technology: who is genuinely ahead, what is scientifically defensible, where the real inflection points sit, and which players are running narrative ahead of nature.
We validate technologies, check bold claims, and steer you clear of unproven science, converting scientific uncertainty into a quantified, decision-ready view your investment committee can stand behind.
On-demand access to a braintrust of PhD and industry experts across the most technically sophisticated deep-tech domains, from quantum and photonics to synthetic biology and advanced materials, matched precisely to the question in front of you.
We define the scientific questions that decide whether a technology can work, and what would have to be true.
The right experts from our network are matched to the domain, ensuring assessment by people who know the field.
Claims are tested against fundamental science and the state of the art, separating signal from narrative.
Findings become a clear, quantified risk score, with the key risks named and ready for the investment committee.
Silicon solar is nearing its efficiency ceiling. We examine perovskite-silicon tandem cells: the physics behind the efficiency gains, the stability problem, lead toxicity, and what still has to scale before they take real market share.
Beyond the great-power headlines, the June 22 quantum executive orders define five measurable deliverables: a science-grade quantum computer, a federal benchmarking method, fieldable sensors, a secured supply chain, and a dated post-quantum cryptography migration.
AI has turned data movement, not arithmetic, into the binding constraint. We look at why copper is running out of room, why light carries data better, and how co-packaged optics pulls the optics next to the switch ASIC.
Investing in the frontier? Get expert-driven diligence and a decision-ready technical read in days, not weeks.
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