LONDON, UK – [2025/08/17] – QENEX Limited (Company Number: 16523814) today announced that it
has completed initial testing phases of experimental quantum computing algorithms as part of its
ongoing research and development activities. The company emphasizes that this work remains in
early experimental stages with no current commercial applications.
IMPORTANT DISCLAIMERS
This press release contains forward-looking statements that involve substantial risks and
uncertainties. Actual results may differ materially from those expressed or implied. Quantum
computing is an emerging, unproven technology with no guarantee of commercial viability.
All statements regarding potential applications, performance metrics, or future
developments are highly speculative and subject to change without notice.
Research Update
QENEX's research team has been exploring theoretical applications of quantum computing for
optimization problems. Using third-party quantum computing infrastructure, specifically IBM
Quantum Cloud services, the company has conducted limited experimental tests of proprietary
algorithms.
"We want to be absolutely clear that our work is in the very early stages of research," stated
[ABDULRAHMAN SAMEER R], [CEO] at QENEX Limited. "While we are encouraged by our initial experiments, quantum
computing remains an emerging field with significant technical challenges and no guaranteed path
to commercialization."
Key Points of Clarification
• Experimental Nature: All work is purely research-based with no production systems
• Third-Party Infrastructure: Tests conducted on IBM's quantum processors, not proprietary
hardware
• Limited Scope: Testing confined to specific optimization algorithms
• No Commercial Products: No products or services are currently available or planned for
near-term release
• Unverified Results: Findings have not been independently validated or peer-reviewed
Technology Limitations
The company emphasizes multiple significant limitations:
1. Quantum decoherence and error rates remain challenging
2. Scalability of quantum algorithms is unproven
3. Dependence on external quantum infrastructure
4. No clear timeline for commercial viability
5. Results may not be reproducible outside laboratory conditions
About Quantum Computing
Quantum computing is an experimental field that attempts to leverage quantum mechanical
phenomena for computation. Despite decades of research, practical quantum computers remain
limited in scope and capability. Most experts agree that significant breakthroughs are still required
before quantum computing can deliver on its theoretical promise.
No Financial Projections
QENEX Limited explicitly does not provide any revenue projections, timeline for commercialization,
or estimates of market opportunity related to its quantum computing research. The company may
never successfully develop commercial applications from this research.
Risk Factors
Investors and stakeholders should be aware of substantial risks including but not limited to:
• Complete failure of the technology to achieve practical applications
• Inability to secure continued funding for research
• Competition from larger, better-funded organizations
• Regulatory restrictions on quantum computing technology
• Total loss of invested capital
About QENEX Limited
QENEX Limited is a UK-registered company (Number: 16523814) engaged in experimental
research and development. The company makes no claims regarding the commercial viability of its
research activities.
Legal Notice
This press release is provided for informational purposes only and does not constitute an offer to
sell or solicitation to buy securities. All statements other than statements of historical fact are
forward-looking statements subject to substantial risks and uncertainties. The company undertakes
no obligation to update any forward-looking statements.
NO INVESTMENT SOLICITATION
This press release does not constitute an offer of securities for sale in any jurisdiction. Any future
securities offering would be made only by means of a prospectus meeting applicable legal
requirements.
Additional Disclaimers
• No guarantee of continued research activities
• No assurance of intellectual property protection
• No warranty regarding accuracy of research findings
• No commitment to product development
• No timeline for any potential commercialization
• Complete failure is a possible outcome
Forward-Looking Statement Safe Harbor
This press release contains forward-looking statements within the meaning of applicable securities
laws. These statements are based on current expectations and beliefs and are subject to
uncertainty and changes in circumstances. Actual results may differ materially from those
expressed or implied by these statements due to changes in economic, business, competitive,
technological, strategic, and/or regulatory factors.