Nanogap

Nanogap, established in 2006 as a spin-off from the University of Santiago de Compostela, operates at the forefront of the advanced materials sector. The company's genesis is rooted in a patent for Atomic Quantum Clusters (AQCs), an invention by Professors Arturo López Quintela and Pepe Rivas. Founder and President Tatiana López, who was pursuing her thesis work in their laboratory, was instrumental in transforming the concept into the commercial entity Nanogap.

The core of Nanogap's technology platform is its "Metal Molecules" (M-M), which are Atomic Quantum Clusters composed of a few metal atoms, typically smaller than one nanometer. Unlike conventional nanoparticles, these M-Ms exhibit unique properties dependent on their size and structure, which are governed by quantum mechanics rather than classical physics. This allows Nanogap to create novel materials with distinct catalytic, electrocatalytic, and photocatalytic capabilities. The company's manufacturing process utilizes scalable wet chemistry methods and low-cost raw materials, avoiding the need for specialized equipment.

Nanogap's business model is multifaceted, involving direct product sales, R&D services, licensing income, and the formation of joint ventures and spin-outs for specific market applications. The company collaborates with clients to develop customized products, providing for both joint and exclusively developed intellectual property. Its target markets are diverse, including the chemical, energy, and pharmaceutical industries. Nanogap develops catalysts for industrial decarbonization, clean energy production (such as green hydrogen), and the circular economy. In the electronics field, its silver nanoparticles and nanofibers are used for printable sensors and conductive inks. The company is also active in water purification through its photocatalysts and has entered the therapeutic and diagnostic fields, notably through its spin-out, Arjuna Therapeutics, which is developing new cancer treatments.

Keywords: Atomic Quantum Clusters, Metal Molecules, nanomaterials, catalysis, sub-nanometer particles, advanced materials, wet chemistry, industrial catalysts, decarbonization, clean energy, photocatalysts, electrocatalysts, silver nanoparticles, conductive inks, printable sensors, water purification, Arjuna Therapeutics, Hysun, specialty chemicals, nanotechnology