EVERY TASK IS A CHANCE TO EXPAND

  Dr. Eviana Alice Breuss is a physician‑scientist, technologist, and frontier‑systems architect whose work spans quantum photonics, advanced materials, aerospace engineering, and next‑generation microelectronics. She earned her MD and PhD in Clinical Pharmacology and Biochemistry, followed by postdoctoral training in molecular biology at New York Medical College and Columbia University.

From 2000 to 2010, Dr. Breuss conducted basic and clinical research across Washington State University, Westchester Medical Center, Columbia University College of Physicians and Surgeons, and NYU School of Medicine. Her collaborative work extended to Harvard University, Bristol‑Myers Squibb, Cognate Therapeutics, Weill Cornell Presbyterian Medical Center, and Memorial Sloan Kettering Cancer Center, contributing to translational programs in molecular biology, nanotechnology evaluation, and therapeutic development.

Dr. Breuss has extensive experience designing and executing federal, DoD, and non‑profit research programs, including IND submissions, regulatory dossiers, Investigator Brochures, IRB/IACUC protocols, and preclinical‑to‑clinical development strategies. Her background also includes financial planning and corporate law, having served at the Center for Wealth Preservation and NYL Insurance Company from 2009 to 2012. She is the founder and president of a 501(c)(3) charitable foundation supporting children with learning and developmental disabilities.

In 2025, Dr. Breuss was named one of NBC Washington’s “Top 30 Global Women Thought Leaders & Innovators”, recognizing her contributions to quantum‑scale materials, energy‑efficient microelectronics, and the design of next‑generation technological ecosystems. She serves as Chair of multiple international scientific meetings, including global conferences in astrophysics, aerospace engineering, and advanced materials, where she leads cross‑disciplinary dialogues on frontier science and the architecture of future civilizations.

Dr. Breuss is an invited speaker at major global technology forums. She presented at the Photonic Session of the Microelectronics Summit in Austin, Texas (2026), where she introduced her framework for picoscale metasurfaces and quantum‑stabilized energy architectures. She also served as an Invited Speaker at the Microelectronics Summit in London (2026), contributing to international discussions on semiconductor resilience, photonic integration, and sovereign‑scale compute.

Dr. Breuss’s scientific vision is grounded in the belief that the next era of human technological evolution will be defined not by incremental improvements, but by deterministic control of matter, energy, and electromagnetic fields at the atomic and picoscale level. Through TENGENA, she is pioneering a unified architecture that integrates:

• quantum photonics and plasmonic field control,
• plasma‑pulse synthesis of deterministic nano‑ and picoscale materials,
• advanced coatings and metasurfaces for optical and optronic systems,
• energy‑efficient microelectronics and semiconductor‑adjacent platforms,
• aerospace‑grade materials for extreme environments,
• and sovereign‑scale compute and intelligent infrastructure.

Her work positions TENGENA as a foundational enabler of the post‑CMOS era, where materials, photonics, and field geometries become the primary design language for computation, energy routing, sensing, and aerospace systems.

Dr. Breuss is a Honored Listee of Marquis Who’s Who (2024) and a member of the Worldwide Women’s Association, recognized for her contributions at the intersection of science, engineering, and societal impact.

    Tyler Settles brings a rare fusion of engineering, life sciences, and financial strategy to TENGENA’s multidisciplinary architecture. His academic path spans some of the most rigorous domains in modern and classical knowledge: Digital Signal Processing at Sound Master Engineering (Pinnacle Campus), Organic Chemistry at UC Berkeley (2013–2015), Electrical & Computer Engineering at UC Davis (2020–2022), and advanced seminary studies (DD/PhD‑equivalent) through the Ecclesia Gnostica / Proclus Society / Neo‑Pythagorean Gnostic Church, carrying a Franco‑Haitian lineage through Elder Bishops Duez, Jean‑Maine, Bertiaux, and McDonald.

Tyler’s professional foundation is equally diverse. As a DSP Engineer, interdisciplinary researcher, and business development specialist, he operates at the intersection of life sciences, quantum cosmology, signal processing, and applied mathematics. His technical fluency spans digital signal chains, ECE systems, organic chemistry mechanisms, and advanced geometric frameworks — enabling him to bridge scientific, computational, and conceptual architectures with unusual precision.

In parallel with his engineering work, Tyler has built a strong track record in finance, portfolio strategy, and capital formation, consistently generating high returns, securing funding, and mitigating risk across a range of ventures. He maintains access to debt and equity financing for startups, SMEs, and multinational corporations, supporting clients across North America and international markets. His strengths in negotiation, analytical modeling, and financial structuring complement his technical capabilities, making him a uniquely versatile asset in frontier‑technology environments.

At TENGENA, Tyler contributes to the integration of DSP, ECE, life‑science modeling, and cosmological systems thinking into the company’s broader materials, plasma, and sovereign‑infrastructure roadmap. His work supports both the scientific and strategic dimensions of the platform — from signal‑driven plasma diagnostics to interdisciplinary research pathways and capital‑aligned development strategies.

Tyler’s mission is to synthesize engineering, chemistry, mathematics, and quantum physics inquiry into a coherent framework for next‑generation technological systems — advancing TENGENA’s vision of adaptive, intelligent, and resilient industrial architectures.

   With more than 45 years of precision engineering experience, Yakov Opatzevfky is one of the East Coast’s most accomplished specialists in high‑tolerance machining and advanced component fabrication. A graduate of Saint Petersburg State University for Water Communications (1974–1979), where he studied marine engineering, Yakov built his career on solving fabrication challenges that conventional shops refuse to quote.

He is the founder and driving force behind United Machine Inc., a precision machining laboratory in Paterson, New Jersey, recognized for producing small‑ to mid‑scale components for military, medical, aerospace, and industrial applications. For nearly 25 years, United Machine has operated in the U.S. and abroad, delivering parts that require sub‑micron tolerances, non‑standard geometries, and extreme material resilience. The facility holds ISO 9001, AS9100D, and Premium Quality certifications, but it is Yakov’s personal mastery—his ability to machine dielectric polymers, gold‑tungsten alloys, glass‑ceramic hybrids, and exotic metals—that defines the shop’s reputation.

Since 2024, Yakov has partnered with TENGENA to co‑develop advanced assemblies for plasma‑liquid reactors, nano‑ignition systems, UVC isolation chambers, and high‑frequency flow‑control architectures. His work includes injector group bodies with sub‑millimeter channels calibrated to micropressure tolerances, each bore drilled, reamed, and polished to maintain spray dynamics under high‑frequency pulsing, cavitation, and plasma‑induced turbulence. His machining delivers the level of geometric fidelity required for quantum‑aligned plasma behavior, where even microscopic deviations can destabilize energy delivery.

Yakov leads TENGENA’s Precision Machining & Fabrication Pod (PMF‑1), the mechanical production backbone of the company’s New Jersey facility. PMF‑1 houses high‑accuracy milling, turning, and 5‑axis systems—including the Okuma GENOS M560‑V and GENOS L250II with live tooling and optional 5‑axis trunnion—providing the rigidity, repeatability, and dimensional control required to fabricate housings, electrode assemblies, confinement structures, and thermal‑electromagnetic components for deterministic plasma‑pulse devices.

Under Yakov’s leadership, PMF‑1 operates as a complete fabrication ecosystem. Shrink‑fit tooling, modular vises, and 5‑axis fixturing enable rapid changeovers and multi‑geometry machining. Tool presetters and curated cutting‑tool inventories maintain consistency across production runs. Local metrology—granite plates, micrometers, height gauges, and optional optical comparators or portable CMM arms—ensures immediate verification of tolerances, surface finishes, and alignment features critical to plasma‑pulse chamber integrity. The pod’s infrastructure, including vibration‑stable flooring, coolant and chip‑management systems, fire‑rated storage, and controlled ventilation, supports safe and compliant operation at industrial scale.

Within TENGENA’s modular architecture, PMF‑1 is the enabling unit that allows the company to fabricate plasma‑pulse devices entirely in‑house, maintaining full control over geometry, material interfaces, and mechanical tolerances. This autonomy is essential for producing defect‑free nano‑ and picomaterials, as even minor deviations in chamber geometry or electrode alignment can alter plasma behavior and compromise material uniformity. By consolidating machining, inspection, and fabrication into a single scalable pod, Yakov ensures that every plasma‑pulse device meets the precision requirements necessary for consistent sub‑nanometer and picometer‑scale material synthesis.

His leadership, craftsmanship, and engineering intuition form a critical pillar of TENGENA’s sovereign manufacturing strategy—where durability, precision, and quantum‑aligned performance converge.

    Russel Pollack brings over two decades of experience in systems logistics, database architecture, and predictive analytics to TENGENA’s sovereign infrastructure. A graduate of the University at Buffalo with a BS in Economics, Russel has led high-impact teams across enterprise software, marketing intelligence, and educational technology—building platforms that manage millions of users and hundreds of millions in revenue.

Before joining TENGENA, Russel served as Director of Business Intelligence and Database Solutions at Bronx Community College, where he architected centralized data warehouses, standardized institutional reporting, and implemented disaster recovery protocols. Prior to that, he founded and led Rupean Inc., a boutique development firm specializing in pharmaceutical learning systems and gamified training platforms.

His earlier tenure at ACMG LLC saw him directing a 40+ person team across five departments, where he developed fault-tolerant enterprise systems for e-commerce, fulfillment, and predictive modeling. Russel’s technical fluency spans SQL, .NET, PHP, Crystal Reports, and cross-platform integration, with deep expertise in automation, analytics, and scalable infrastructure.

At TENGENA, Russel leads the convergence of AI, database intelligence, and regenerative compute systems—integrating automation across plasma-enhanced fabrication, robotic microassembly, and sovereign data ecosystems. His mission is not just to optimize workflows, but to embed adaptive intelligence into the very architecture of industrial resilience.