Michael Perrone

Michael Perrone is a pioneering materials scientist and entrepreneur whose work spans the cutting edge of metamaterials, thin-film graphene, and breakthrough energy technologies. As the founder of Sanrel, LLC, he has dedicated his career to advancing material innovations that hold the potential to reshape industries and redefine humanity’s relationship with energy.

Early Career and Foundations

Before striking out on his own, Michael honed his expertise at Voxel8 and Solvus Global, two companies that grew from startups into major industry players during his tenure. At both organizations, he contributed to projects that bridged advanced materials science with real-world engineering applications. These experiences not only gave him an insider’s view of how small ventures scale into impactful enterprises but also inspired him to eventually start a company of his own.

Founding Sanrel, LLC

In 2020, at the height of the global pandemic, Michael launched Sanrel, LLC with a bold mission: to develop materials and processes that empower engineers to achieve their goals and help society transition toward cleaner energy solutions. Despite the uncertainty of the times, Michael saw an opportunity to create something enduring. His company quickly became a platform for exploring innovative technologies, from 3D metal printing and silver conductive inks to nanoparticle synthesis and bipolar membrane energy harvesting.

Research and Vision

At Sanrel, Michael’s vision has been to push beyond conventional materials science and into transformative technologies. His collaborative work includes metamaterials research and thin-film graphene derivatives, which hold extraordinary promise for electronics, energy storage, and novel applications that stretch the imagination.

One of the most forward-looking areas of his research involves joint experiments with physicist Dr. Daniel Sheehan, exploring so-called “Second Law violators.” This line of inquiry investigates whether systems can challenge or extend the boundaries of the Second Law of Thermodynamics—a pursuit that could radically alter our understanding of energy and its limitations.

Expanding the Frontier: A Portfolio of Experiments

Michael’s multidisciplinary curiosity and technical fluency have led him into a wide array of research areas, each pushing the boundaries of what’s possible in materials science and applied physics:

3D Printing & Semisolid Metal Printing: advancing additive manufacturing techniques with novel alloys and processes.
Ion Sensors & Fuel Cells: exploring energy conversion and detection technologies that integrate with next-generation clean energy systems.
Altering Enzyme Activity with Radio Frequencies: investigating unconventional bioengineering methods that may unlock new frontiers in medicine and materials.
Machining Ceramics on CNC Routers: pioneering fabrication methods for traditionally difficult-to-machine materials.
Geopolymer Experiments: studying sustainable alternatives to traditional cement with implications for green construction.
Bi-Mg Laminates: developing lightweight, high-strength composites with potential aerospace and defense applications.
Sonic Propulsion Experiments: testing acoustic-driven propulsion concepts at the fringes of physics.
LK-99 Superconductor Synthesis Attempts: joining global efforts to explore the potential of room-temperature superconductivity.
Magnetic Relaxation Energy Harvesters: designing systems to capture otherwise wasted magnetic energy for practical use.
High Voltage Electrogravity Experiments: pursuing experimental investigations into the connections between electromagnetism and gravity.
High Temperature Thermionic Harvester using work function differences to capture energy from a heat bath.
Low Temperature Thermionic Harvester based on thermionic emission with nanofluids.

Each of these projects reflects Michael’s ability to merge rigorous scientific knowledge with creative experimentation, often venturing into areas where conventional science has yet to fully explore or validate.

A Multidisciplinary Approach

Michael’s strength lies in his capacity to cross boundaries—bridging mathematics, physics, computer science, and engineering into a unified toolkit for innovation. Whether working on nanoparticle synthesis, experimental propulsion technologies, or thermionic harvesters, his mindset remains focused on discovery and application.

Looking Forward

In just a few years, Michael has already seen parts of his vision materialize. Projects that once existed only on the drawing board are now taking shape in the lab, offering glimpses of technologies that could provide cleaner, more efficient energy sources for generations to come. For him, the work is not just about advancing science—it’s about contributing to a better world through innovation.

Michael Perrone’s journey embodies the spirit of scientific entrepreneurship: taking risks, exploring bold ideas, and building the tools needed to bring transformative technologies to life. Through Sanrel, LLC, he continues to push the frontier of what’s possible in materials science and energy innovation.