We develop and commercialize cutting edge nano tech.
At Nano Performance Technologies, we lead the way in nanotech innovation and commercialization. By collaborating with top R&D universities, alongside developing cutting-edge technology in-house, we have identified and harnessed numerous disruptive breakthroughs that are transforming the world around us. Our pursuit of new advancements in this expansive field enables us to seize premier market opportunities in advanced materials, upgrading global technologies, and maximize shareholder value. Discover how we are shaping the future with pioneering nanotech solutions.
Join us on this exciting race as we strap in and harness a new era of electronics, computing and materials innovations.
Advanced materials
Nano Performance Technologies manufactuers advanced materials such as next gen semiconductors and electronics technologies. Among these, graphene stands out as one of the most exciting and rapidly expanding materials, impacting global industry. We are at the beginning of a global transformation, where materials and technologies are significantly evolving. Nanomaterials like graphene enhance the strength, speed, conductivity, flexibility, and lightness of our technology, leading to comprehensive performance improvements.
$5T
$5T spend on industrial facilicies in fabs and data center and ai construction
$4T
Electronics Market
$100B
Nano Performance Technologies $100B TAM and $15B SOM
Hypersheet is our lineup of patented synthesis breakthrough quantum and semiconductor 2D materials for next generation quantum computing, semi-conductors, photonics, photo voltatics, sensors, thermo electrics, opto electronics, space electronics and more.
Pushing the boundaries of electronics with super materials that drive higher speeds, lower power consumption, and greater reliability
Hypersheet 1 - 2D Nanosheets
Hypersheet 1 is a next-generation two-dimensional (2D) nanosheet material engineered for advanced electronic, photonic, and energy applications. The material consists of atomically thin sheets with a highly ordered lattice architecture, delivering exceptional electronic tunability, strong anisotropic behavior, and unique quantum-scale interactions.
Its intrinsic structure enables a rare combination of air stability, high carrier mobility, tunable band structure, and strong coupling between electrical, thermal, and optical properties. These characteristics position Hypersheet 1 as a foundational platform for next generation semiconductors, sensors, and energy conversion technologies.
Hypersheet 1 is designed to integrate across a wide range of high-value markets, including:
Advanced and flexible electronics
Semiconductor and quantum devices
Low-power, high efficiency logic
Photonics and optoelectronics
Biosensing and chemical sensing
Photovoltaics and energy harvesting
Thermoelectric systems
Aerospace and space grade electronics
By combining atomic-scale precision with scalable process compatibility, Hypersheet 1 represents a new class of 2D materials capable of unlocking performance regimes not achievable with conventional nanomaterials.
Hypersheet 2 - 2D Nanosheets
Hypersheet 2 is a two dimensional (2D) nanosheet material engineered around an atomically thin, highly ordered lattice with intrinsic symmetry breaking and strong relativistic electronic effects. The material exhibits pronounced spin charge interactions, robust surface dominated transport, and electronic states that remain stable under extreme scaling.
Its electronic structure enables exceptional control over spin, charge, and quantum coherence, opening pathways to device architectures not achievable with conventional semiconductor materials. These properties make Hypersheet 2 especially well suited for emerging computing paradigms and next-generation optoelectronic systems.
Hypersheet 2 is designed for high impact applications including:
Advanced electronics and ultra scaled devices
Spin based electronics and memory
Quantum computing and quantum materials platforms
Photonics and optoelectronics
Low-power, high efficiency logic
Sensors and precision instrumentation
By combining atomic layer thickness with inherently protected electronic states, Hypersheet 2 establishes a new foundation for scalable quantum aware and spin enabled technologies.
Bio Sensors
Our biosensor platform focuses first on neurotransmitters, using proprietary 2D materials with unique surface chemistries to detect ultra low concentration analytes that were previously inaccessible in real time. From this foundation, we are expanding into dozens of additional biomarkers and entirely new categories of personal and clinical health monitoring... starting with sweat based wearables and extending into microneedle and other sensing systems.
Partnerships
St. Francis Xavier University
National Science Foundation
Purdue University