Innovative Technology Solutions
Discover cutting-edge solutions at Amphionic LLC. We specialize in harnessing nanomaterials to create revolutionary products that address large-scale problems. Our philosophy revolves around pushing boundaries and redefining possibilities in the tech industry.
About Us
Amphionic LLC Overview
At Amphionic, we specialize in cutting-edge nanoparticle research and fabrication of nanostructured solids. Our expertise spans advanced radiation shielding, high-resolution detection, and lightweight conductors for various industries. With a focus on innovation and precision, we strive to push the boundaries of technology and create solutions that shape the future.
Innovative
Advanced Solutions
Supplying Nanoparticles
We offer a variety of colloidal metallic and semiconducting nanoparticles, with tailored solutions for your specific research needs.
Radiation Imagers and Spectrometers
Our hand-held imagers of neutrons and gamma-rays can effectively localize radiation sources, while our spectroscopic detectors can perform radioisotope identification.
Engineered Solutions
Innovate with us to create custom solutions. We specialize in developing unique engineered devices for applications including advanced radiation shielding, high-resolution radiation detection and measurement, and lightweight conductors.
Meet the Team
Chief Executive Officer
Suneel Joglekar, Ph.D.
Received his Ph.D. in Electrical Engineering, his research interests include the development of perovskite materials for applications in solar conversion and radiation detection, and the simulation or radiation interactions.
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Chief Technology Officer
Drew Vecchio, Ph. D.
Received his Ph.D. in Chemical Engineering, his research interests include the synthesis and characterization of aqueous dispersions of nanoparticles and the preparation of multi-scale functional nanomaterials.
Founder, Scientific Advisor
Mark Hammig, Ph.D.
Received his Ph.D. in Nuclear Engineering, his research interests include understanding the interactions of radiation with matter, the development of low-cost high-resolution radiation detection materials, and developing and exploiting fundamental noise mitigation techniques.