Cesimiro Fabian

Cesimiro Fabian serves as the CEO and Chief Engineering Officer of Applied Quantum Materials (AQM) and Superconductors NetZero Technologies, where he drives pioneering initiatives at the intersection of advanced materials science and sustainable energy solutions. As a Quantum Applied Materials Research Scientist and Founding Director, Fabian leverages his extensive expertise in superconductivity, high-temperature superconductors (HTS), and innovative geometries such as Triply Periodic Minimal Surface (TPMS) structures to revolutionize green hydrogen infrastructure, notably the GreenH2SuperGrid. His leadership focuses on integrating cutting-edge concepts like the Faraday disc with TPMS geometries to optimize electromagnetic efficiency and energy transfer, aligning with AQM’s vision to power Australia and the world through sustainable superconducting technologies.

Fabian’s current projects encompass the development of cloud-based generative programming tools in Python, aimed at accelerating materials design and simulation workflows using COMSOL Multiphysics and SOLIDWORKS. His work in electrodeposition, pyroelectrochemistry, and impedance spectroscopy underpins the creation of advanced superconducting materials and geometries, enabling scalable, high-performance solutions for power transmission and energy storage. With a deep understanding of metallurgy, chemical engineering, and geology, Fabian ensures that AQM’s innovations are grounded in robust scientific principles while pushing the boundaries of applied quantum materials.

Under his stewardship, AQM is committed to harnessing the potential of triply periodic minimal surface structures and metafold architectures to enhance superconducting performance and sustainability. His expertise in industry-specific skills such as #TPMS, #Metafold, #COMSOL, and #SolidWorks, combined with a passion for insight, integrity, and inspiration, positions Fabian as a visionary leader dedicated to transforming the future of green energy and advanced materials through groundbreaking research and global collaboration.