Quantum Consulting
Unlocking Quantum Potential: accelerated product development and technology advisory.
Taking you beyond what is possible today
Quantum technologies are set to disrupt many industries by unlocking new capabilities – in medical imaging, end-of-line testing, inertial navigation or underground detection for example.
We accelerate the commercialisation journey of quantum technologies and spot opportunities where existing industries will benefit through our quantum consulting services.
Steeped in quantum technology, our engineers cover all other specialisms needed for successful product development.
Quantum Consulting – Our Services
-
Product Development
We accelerate the commercialisation journey of quantum technologies. Our expertise in both quantum technology and product development gives confidence in robust solutions.
-
Technology Advisory
We identify threats and opportunities where quantum technologies can make a difference in existing industries. We provide evidence-based insight into technological readiness, timescales and the art of possible.
Expertise in quantum technologies
TTP’s dedicated quantum consulting team has high-level training in quantum physics, with particular experience in quantum optics, quantum computing, atomic physics, laser cooling molecules, quantum cryptography.
Members of the team have conducted advanced research in cold atoms and ions and thermal vapours, cryogenic solid state quantum physics, advanced spectroscopic techniques, and single and entangled photon creation and manipulation.
In addition, our team has experience in the following enabling techniques for quantum technologies.
Optics
Ultrafast optics; photon correlations; optical microcavities; integrated photonics; custom lens design, simulation and fabrication (refractive and diffractive); using, building and characterising cryogenic single photon detectors
Fabrication
Production of MEMS devices; focussed ion beam milling of mirrors for high finesse microcavities; semiconductor fabrication and characterisation including cryogenics, vacuum systems and clean-room lithography
Modelling
Simulation of complex quantum systems using bespoke finite element simulations; COMSOL modelling of superconductors for practical applications
Cryogenics
Liquid helium and dilution refrigeration experience
RF Electronics
RF phase locking of electro-optics devices, ASIC design, optical modulation by RF signal
Quantum consulting focus areas
Quantum Sensing
Quantum sensors exploit superposition and entanglement to detect magnetic fields and acceleration with unprecedent precision. We engineer proof-of-concept technologies into prototypes or products that are robust, low in cost and certifiable in the target market.
TTP develops sensors for automotive, medical and gas sensing applications
Quantum Communications
Quantum key distribution (QKD) and random number generation (QRNG) can avoid the vulnerabilities of purely mathematical cryptography. Solutions from academia are now readily available. We can solve the challenges of cost and scalability in implementation.
TTP’s work in wireless communications
Quantum Computing
With a shift in how companies approach problems, quantum computing can transform industries by solving previously intractable classes of problems. We bring both in-depth knowledge of quantum and real-world insight to bear on the problems faced by a range of industries.
TTP’s work in AI and Machine Learning in healthcare
Imaging
Quantum imaging exploits advanced quantum mechanics or takes advantage of existing quantum-enabling devices. Either way, imaging by measuring the previously unmeasurable will impact a wide range of industries.
TTP’s work in medical imaging
Beyond Quantum Technology Consulting
At TTP, these specialist capabilities are complemented by the multidisciplinary expertise of 250 scientists and engineers who develop technology and products for a wide range of industries.
TTP’s technical facilities include flexible and specialist lab space and R&D facilities including in-house laser and radio frequency labs as well as a microfabrication facility.
