Skip to main content

TBQ Computing™

Exploring Time as a Computational Resource

TBQ Computing™

TBQ Computing™ is developing a new approach to quantum information processing centered on the controlled temporal structure of quantum processes.

Our work investigates whether precisely ordered quantum operations can provide useful computational information for complex systems whose behavior depends not only on their present state, but also on how that state developed over time.

The Research

TBQ Computing está desarrollando y evaluando experimentalmente arquitecturas para el procesamiento de información cuántica temporal.

Our research program includes:

  • Scientific Instrumentation & Experimental Validation
  • Quantum Security, Randomness & Communications
  • Critical Infrastructure & Industrial Process Integrity
  • Energy & Electrical-Grid Systems
  • Telecommunications & Networked Control Systems
  • Cyber-Physical & Autonomous Systems
  • Aerospace & Space Systems
  • Financial Markets & Risk Systems
  • Transportation & Logistics Systems
  • Climate, Weather & Hydrological System

Potential Applications

The research may have applications in areas including:
  • Financial markets and risk systems 
  • Energy and electrical-grid dynamics
  • Hydrology and reservoir systems
  • Weather and climate-regime analysis
  • Transportation and traffic systems
  • Industrial process monitoring
  • Complex infrastructure systems simulation, or optimization systems.

Our initial objective is not to replace established artificial intelligence, forecasting, Instead, TBQ Computing is investigating whether quantum processing can provide an additional computational discriminator or information channel that can operate alongside conventional analytical, high-performance-computing, and AI systems.

Our Standard

Our development principle is simple:

Novel. Applicable. Testable.

A TBQ Computing research concept must have a technically meaningful distinction, a plausible practical application, and the ability to be tested against appropriate controls.

We do not assume quantum advantage.

It must be demonstrated experimentally and reproducibly.

Intellectual Property

TBQ Computing is developing proprietary quantum-computing architectures and associated applications.

Certain technology is the subject of a pending United States patent application, while additional research and intellectual property remain under development.

Technical details that could affect ongoing research or intellectual-property protection are not publicly disclosed.

Collaboration

TBQ Computing is interested in discussions with organizations capable of contributing to:

Independent Validation · Quantum Hardware & Engineering · Research Collaboration · Licensing · Strategic Development · Joint Ventures

We welcome serious conversations with quantum-computing organizations, research institutions, technology companies, and strategic partners interested in experimentally evaluating and developing new approaches to temporal quantum information processing.

TBQ Computing™

articles and news

In this section, you will find the latest news, articles, and updates of interest—content designed to keep you informed, help you discover new perspectives, and provide a closer look at the most significant events in our environment. Explore our publications and stay up to date with the latest information.
View all articles