Sydney, New South Wales, Australia · January 2026
After 13 months of continuous operation in prototype testing, COSMICENERGY announces the successful activation of its solid-state photon-based energy system — marking a fundamental shift in how humanity can access power.
COSMICENERGY, the clean energy technology company focused on harnessing power from ambient photon and quantum vacuum fields, today announced the successful activation of its first fully functional photon-based energy modules. The breakthrough marks a decisive step in the company’s mission to provide clean, continuous energy by drawing from the electromagnetic fields that permeate all of space.
Unlike solar, wind, or fossil-fuel systems — all of which depend on specific environmental conditions or finite resources — the COSMICENERGY module operates continuously, independent of sunlight, temperature, or motion. The system draws from the same photon field that has powered the cosmos since the beginning of time.
We’ve moved beyond the theoretical and into real-world, sustainable power generation. The universe has always been abundant in energy — now we have the tools to receive it.
— Paul (Pavo) Blazevic, Founder & CEO, COSMICENERGYThe path to this announcement began with a modified composite panel — 600mm × 600mm, built from a granite-quartz substrate — that successfully powered three LEDs for 13 continuous months using batteries that were, by all conventional measures, fully depleted. That result challenged the assumptions of standard electrical theory and set the engineering direction that has led to today’s working modules.
How the Technology Works
The COSMICENERGY module is a solid-state device — no moving parts, no combustion, no external fuel source. It operates through three integrated systems working in concert:
| Component | Description |
|---|---|
| Photon-Resonant Cavity | A precision-tuned chamber that synchronises with electromagnetic frequencies across the visible, UV, and infrared spectrum — enabling broad-spectrum photon capture far beyond the narrow-band approach of conventional solar technology. |
| Quantum Dielectric Matrix | A layered material system built from granite-quartz composites, leveraging natural piezoelectric and dielectric properties to respond to micro-fluctuations in the ambient photon field and enhance energy transfer into the system. |
| Zero-Point Modulation Circuits | Electronic control systems that stabilise resonance and convert fluctuating field interactions into steady, measurable voltage output — transforming ambient cosmic energy into power usable by any standard device. |
The underlying principle — the Single-Pole Resonant Sink — represents a fundamental departure from conventional dual-pole circuit design. Rather than shuttling energy between positive and negative poles, the system draws continuously from the ambient photon field, eliminating dependency on any external source.
Phase Two: Scale & Deployment
With working prototypes validated, COSMICENERGY is entering its next phase across three parallel tracks:
We are actively seeking partners and investors who understand that the next energy era won’t be built on the same foundations as the last one.
— Paul (Pavo) Blazevic, Founder & CEO, COSMICENERGYCOSMICENERGY is inviting engineers, scientists, and strategic investors to participate in the next stage of independent validation and scaling. The company’s position is one of open advancement: results, design principles, and field data will be shared with collaborators as the programme progresses.
COSMICENERGY is a clean energy technology company based in Sydney, Australia, founded by inventor and entrepreneur Paul (Pavo) Blazevic. The company is developing photon-resonant energy modules that generate continuous electrical output from ambient cosmic and quantum vacuum fields. COSMICENERGY’s prior technology, the PanelForm Building System, was designated a Revolutionary Building System by Australia’s CSIRO. COSMICENERGY’s mission is a future where clean, abundant energy is available to everyone — free from fuel, grid dependency, and geographic limitation.