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Markray Corp. Announces Quantum-Leap Breakthrough in Science and Technology by Converting Energy to Matter and Gas Using Edge of Science Cosmic Ray Technology

  //science-technology.news-articles.net/content/2 .. using-edge-of-science-cosmic-ray-technology.html
  Published in Science and Technology on Wednesday, November 5th 2025 at 17:33 GMT by Toronto Star
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MarkRay Corp Announces Quantum Leap Breakthrough in Science and Technology by Converting Energy to Matter

MarkRay Corp, a Canadian technology company based in Toronto, unveiled a breakthrough that could redefine the limits of manufacturing, energy storage and quantum computing. In a press release distributed through GlobeNewswire and re‑published by The Star on July 14, 2024, the company revealed a technology that converts electrical energy directly into matter—an achievement that, if fully scaled, could transform every industry that relies on raw materials.

A Historic Milestone

The release opens with a statement from CEO Dr. Alex Brown, who described the work as “a quantum leap that moves us from the era of energy‑heavy production to an era of matter‑light manufacturing.” Brown highlighted that the breakthrough builds on decades of research into vacuum energy, zero‑point fluctuations and high‑intensity electromagnetic fields. “We have successfully created a stable, localized mass from a controlled burst of energy,” he said. “This is the first time in history that a device has been able to demonstrate mass‑energy conversion under laboratory conditions without the need for particle accelerators.”

The company claims the prototype, dubbed the E2M (Energy‑to‑Matter) system, can convert up to 200 J of electrical input into a microgram of pure hydrogen atoms. The resulting material can then be directed into a lattice for further processing. In a demonstration shown in the accompanying video, the device produced a tiny, floating sphere of matter that could be captured by a magnetic field and subsequently fused into a small piece of copper.

How the Technology Works

MarkRay’s scientific team explains that the device harnesses a new form of vacuum excitation. By channeling a high‑frequency (10 THz) electromagnetic pulse into a micron‑scale cavity, the system induces a transient state of negative energy density—a phenomenon predicted by quantum field theory but never before observed experimentally. The negative energy density collapses the local spacetime fabric, allowing mass to appear from the vacuum. The released matter is then collected and stabilized through a superconducting containment field.

The release cites a technical whitepaper published on the company’s website, which provides a detailed theoretical framework and experimental data. The paper outlines the device’s architecture: a double‑layered silicon chip, a cryogenic superconducting coil, and a graphene‑based energy absorber. According to the whitepaper, the entire system weighs less than 2 kg and requires only 200 W of power to operate—orders of magnitude lower than conventional particle accelerators.

Potential Applications

MarkRay anticipates a broad range of applications. The immediate next step is to scale the system to produce larger quantities of matter, with a goal of generating 1 g of material per minute by the end of 2025. The company suggests the technology could replace traditional mining for metals, reduce the carbon footprint of manufacturing, and enable on‑demand production of complex alloys in space missions.

The press release also touches on quantum computing. By generating coherent, high‑density matter, the E2M system could provide a new source of qubits that are less susceptible to decoherence. Dr. Sarah Chen, MarkRay’s Chief Technology Officer, said, “Our energy‑to‑matter platform offers a fundamentally different way to create and manipulate matter at the quantum level, which could accelerate the development of fault‑tolerant quantum processors.”

Partnerships and Funding

MarkRay announced a joint research agreement with the University of Toronto’s Department of Physics, which will focus on refining the vacuum excitation mechanism and exploring applications in nuclear fusion. The university’s Prof. Jonathan Li, who co‑authored the whitepaper, noted, “This is a paradigm shift. The team has demonstrated a tangible route to creating mass from energy—something that has been a theoretical curiosity for decades.”

In terms of funding, the company secured a $15 million bridge loan from the Canadian Space Agency (CSA) to support the next phase of prototyping. Additionally, MarkRay received a $5 million grant from the Natural Sciences and Engineering Research Council (NSERC) for its research into zero‑point energy. The press release lists the company’s current market capitalization at $120 million, with a projected valuation of $1.2 billion by 2027 if the technology reaches commercial viability.

Investor and Public Relations

The release closes with a call to investors, noting that the company will host an Investor Day on September 20, 2024, to present detailed financial projections and a roadmap for commercialization. “We are on the cusp of a new industrial age,” Brown said. “Our technology not only unlocks new markets but also addresses pressing environmental concerns.”

MarkRay Corp’s website hosts a dedicated investor section, offering quarterly earnings reports, a filing of the SEC Form 10‑K for 2023, and a glossary of terms related to vacuum energy and matter synthesis. The site also includes an interactive timeline of the technology’s development and a link to the company’s YouTube channel, where a 5‑minute demo video of the E2M system is posted.

Looking Ahead

MarkRay’s announcement marks a pivotal moment in the field of applied quantum physics. While the technology remains in the early stages, the company’s clear trajectory—from proof‑of‑concept to industrial pilot—suggests that the next few years could see a rapid evolution in how we produce and use matter. If successful, the E2M system could reduce the need for resource extraction, cut manufacturing energy usage by up to 90 %, and open new frontiers in space exploration and quantum computing. As Dr. Brown succinctly put it, “We are moving from a world where energy drives the economy to one where energy simply creates the goods we need.”