Cynamics
Clean, reliable power—engineered from first principles.
Cynamics is a clean tech R&D company working at the frontier of superfluid and field dynamics engineering to unlock breakthroughs in electrical power generation, propulsion, and communication systems.
Patent process pending
AI-driven optimization
20+ years combined team experience
Lab-ready prototyping
The world needs more energy—without more damage.
Global energy demand is projected to surge 50% by 2050, with fossil fuels driving most emissions. Renewables, despite advances, struggle with intermittency for baseload power. Nuclear energy accumulates long-lived radioactive waste without scalable disposal solutions.
Communities worldwide face unreliable power, rising costs, and grid instability. Utilities require clean, scalable, affordable, and regulatory-ready baseload options, which current technologies cannot fully provide. Nuclear waste stockpiles present growing long-term environmental and security risks.
Current solutions are insufficient; incremental improvements won't bridge the gap. Fundamentally new approaches are needed to address these interconnected challenges simultaneously.
Unreliable Infrastructure
Communities face power instability and rising costs
Baseload Gap
Grid-ready, scalable clean power remains unavailable
Waste Crisis
Nuclear stockpiles create environmental and security risks
We're the R&D team built for hard problems
Unreliable and costly energy systems burden all stakeholders—from communities facing instability to future generations inheriting environmental debt. Addressing these complex challenges requires fundamental breakthroughs, not just incremental innovation, driven by first-principles thinking and rigorous experimental validation.
Cynamics leverages experimental engineering, advanced simulation, and startup speed to build fundamentally new power generation approaches. We reimagine core physics and engineering principles for energy conversion, waste utilization, and grid integration, challenging conventional assumptions.
Our team brings over 20 years of combined experience from defense research, academic physics, and clean tech, combining theoretical depth with practical execution. In-house prototyping facilities enable rapid iteration, allowing us to move quickly from concept to empirically validated breakthroughs.
Dual-Technology Innovation for Clean Baseload Power
Cynamics advances two complementary technology pathways to address critical clean energy gaps. Our dual approach maximizes impact across diverse deployment contexts and grid requirements.
Wave + Wind Generation Technology
Our modular wave and wind converters improve energy capture and lower costs, transforming wave and wind energy into practical, grid-ready infrastructure. This technology solves scaling challenges like high capital costs and complex integration.
  • Modular design for scalable deployment from pilot to utility-scale
  • Grid-ready integration for seamless connection
  • Minimal environmental footprint; no emissions or hazardous byproducts
  • AI-driven optimization maximizes yield and operational efficiency
Nuclear Waste Power Generation
Our proprietary approach transforms nuclear byproducts into continuous baseload power. This reduces hazardous waste volumes and long-term storage needs, addressing both reliable power demand and the nuclear waste crisis.
  • Continuous baseload power output
  • Reduces waste disposal and storage burdens
  • Safe, controlled conversion process
  • Scalable for various waste streams
Bottom line: We're building clean energy systems that are reliable, scalable, and designed to meet real-world deployment constraints—not laboratory curiosities that can't cross the chasm from prototype to commercial operation.
A clear path from concept to deployment
We understand that breakthrough technologies require rigorous validation pathways and clear success metrics. Our partnership approach is designed to move systematically from concept exploration through prototype validation toward commercial deployment, with decision gates and evidence-based milestones at each stage.
Step 1: Define
We work with partners to identify specific challenges and opportunities—whether focused on baseload reliability enhancement, waste reduction pathways, or advanced systems R&D for next-generation grid capabilities. This collaborative scoping ensures alignment on objectives, timelines, and success criteria before significant resources are committed.
Step 2: Evaluate
Our team assesses technical fit, deployment constraints, regulatory requirements, and quantitative success metrics. We conduct feasibility analysis, risk assessment, and pathway modeling to ensure proposed solutions can realistically meet your operational and economic requirements within acceptable timeframes.
Step 3: Build & Validate
We prototype, simulate, test, and iterate—delivering evidence-backed progress toward integration and commercialization. Our in-house capabilities enable rapid iteration cycles, while our simulation tools allow us to validate concepts before expensive physical testing, reducing risk and accelerating timelines.
The outcome we're building toward
Ready to explore a partnership?
Who this is for:
  • Utilities seeking clean baseload alternatives
  • Government agencies and energy ministries
  • Strategic energy partners and industrial collaborators
  • Advanced R&D organizations focused on breakthrough technologies
What we're delivering
  • Reliable clean baseload power that supports real infrastructure needs and grid stability requirements
  • Lower environmental risk through waste utilization and long-term stewardship of hazardous materials
  • Scalable modular deployment that can expand incrementally with demand, reducing upfront capital requirements
  • Commercial viability pathway—not perpetual pilot projects, but clear routes to utility-scale deployment
What we help you avoid
  • Costly energy volatility and grid instability from intermittent sources
  • Delayed decarbonization timelines due to baseload constraints
  • Growing waste and storage liabilities without scalable solutions
  • Technologies that cannot bridge the gap from prototype to operational deployment
Why Cynamics: Core Differentiators
First-principles R&D
We work from fundamentals—challenging assumptions and rebuilding from physics up. This is where breakthroughs actually come from, not incremental optimization of existing paradigms.
AI-driven optimization
Proprietary algorithms designed to maximize yield and operational efficiency beyond conventional tuning, adapting in real-time to changing conditions and performance parameters.
Patent portfolio in process
Patent applications pending covering wave and wind converter innovations and nuclear waste conversion processes. Comprehensive patent search performed with zero identified IP overlap.
In-house build capability
Our workshop supports rapid iteration with CNC machining, lathe, grinder, electronics prototyping, and EM/mathematical simulation software—enabling us to design, validate, and refine with unprecedented speed.
Meet the Team
Cynamics brings together world-class expertise in physics, electrical engineering, defense R&D, and clean tech entrepreneurship. Our founders and engineering team combine deep theoretical knowledge with practical execution capability—the rare combination required to transform breakthrough concepts into deployable systems.
Jonathan Zerbin — CEO
Entrepreneur and R&D leader with 10+ years building clean tech systems. Electrical Engineering diploma (NAIT) and Bachelor's degree in Technology Management focused on sustainability (NAIT). Co-founded Cynamics Inc. Background includes early prototyping work investigating parametric impedance effects in generators and building novel motor/generator designs.
John Cliss — CTO
Mathematics BSc (Cardiff University). 13 years on Top Secret R&D in the UK Defence Industry. 11 years running clean tech startups (Founder & CEO, Vortex Technologies Ltd). Holds 14 patents. Joined NLDI team mid-2024. Co-founded Cynamics Inc.
Nicolas Scirocco — CSO
Physics BSc (King's College London, top of class). Full scholarship for PhD and Master's at University of Cambridge in physics/electrical engineering. Published academic scientist and patent holder. Joined NLDI end of 2021. Co-founded Cynamics Inc.
Dan Nguyen — Power Electronics Engineer
BSc Electrical Engineering (University of Alberta). Specializes in VHDL and high-performance power electronics, integrating hardware and software with nanosecond precision. Passionate about robotics and autonomous systems.
Let's build reliable clean power—without compromise.
Collaboration Models
Frequently Asked Questions
Are you a product company or an R&D company?
We are an R&D company advancing core technologies toward commercialization through partnerships, pilots, and deployment planning.
What stage are you at?
We operate with in-house prototyping and simulation capability and are advancing validation pathways toward grid-ready integration.
Who do you partner with?
Utilities, governments, strategic industrial partners, and investors focused on deep tech clean energy solutions.
What makes your approach different?
First-principles engineering, AI-driven optimization, and dual-technology focus on underutilized resources with real baseload potential.
Connect for Potential Collaborations
Cynamics is advancing frontier research in superfluid and field dynamics engineering to deliver the next generation of clean, reliable power systems. Whether you're a utility seeking baseload alternatives, a government agency evaluating breakthrough technologies, or a strategic partner ready to accelerate clean energy deployment, we're ready to explore how our dual-technology approach can meet your specific requirements.
Cynamics — Clean Tech Research & Development
Frontier research in superfluid and field dynamics engineering
Strategic R&D partnerships
Joint development programs focused on specific technology pathways
Pilot and demonstration programs
Pathway design from prototype to utility-scale validation
Simulation + experimental validation
De-risk investments with comprehensive modeling and testing
IP development support
Commercialization and licensing pathways for breakthrough technologies