Deep Explorations

Preparedness and Impact

We are Explorers, always seeking new ways to make the world a better place, searching for technologies and solutions that will bring significant value to our society and to our planet. To serve better entrepreneurs and partners, we pro-actively research such meaningful spaces, ahead of any investment considerations, and announce these Deep Explorations below. This is our “Preparedness and Impact” approach. Please reach out to us if you aim to bring positive impact to any of these spaces.

Current & Ongoing Deep Explorations

Dexterous Manipulation

Dexterous manipulation is emerging as a critical bottleneck in Physical AI and robotics. This Deep Exploration will assess the technologies enabling dexterous hands, from actuation and sensing to control, data and AI models, and identify where durable value, compelling use cases, and investment opportunities will emerge as costs fall, capabilities improve, and robotics adoption accelerates.

High Temperature Superconductor

High-temperature superconductors (HTS) are projected to grow rapidly across power transmission, medical, fusion, and quantum applications. Supply-demand imbalance may create opportunity, but scaling Western HTS production remains difficult due to rare-earth-element feedstock constraints and manufacturing throughput limits. This offers innovation opportunities for new materials and novel high-throughput and scalable manufacturing processes.

Isotope Production

Radioisotopes are foundational to medicine, fusion power, and industry. Most are produced in aging nuclear reactors, many over 50 years old and nearing retirement by the 2030s. Rising demand, limited supply, and emerging alternative production approaches may unlock scalable, high-efficiency, high-purity isotope production with venture-scale potential.

Perovskite Solar

TDK Ventures is conducting a Deep Exploration into perovskite solar technologies, examining breakthroughs that can deliver the trifecta of high efficiency, long-term stability, and scalable manufacturability. We are particularly interested in innovations spanning perovskite material chemistry, single junction or tandem designs, and production methods that enable consistent, high-yield deployment.