Rob Jesudason (Hon DBA)

Our Mission is to provide solutions that enable tomorrow’s advanced computers. The computing platforms of the future promise to define our technological world and improve our way-of-life. Realizing this potential will require solutions to hard technical problems that today limit the scale, speed, or power density of computer systems spanning edge to cloud. At Emergence Quantum we develop products and solutions that enable quantum computing, energy efficient computing, and sensor platforms to scale. Recognizing that generic solutions fall short, we look to partner and work closely with customers to solve complex challenges.

QuantX Labs is the premier, sovereign provider of high precision timing and sensor products used in defence, space and critical infrastructure. Our specialised team have more than 70 years combined experience in the innovation and development of precision measurement devices.   Our current focus is on three programs: • Precision clocks and oscillators - Our flagship product – Cryoclock - is the world’s most precise clock – and is being developed for deployment into the ADF’s JORN Defence Radar. • Optical Atomic Clocks – a ground-breaking development of a next generation space atomic clock based on optical technology. • Quantum magnetometers - developed to sense extremely small changes in magnetic field due to ferrous material. These leading-edge technologies are just the beginning of the innovative solutions being designed for a range of sovereign and global applications including resilient position, navigation and timing services.

We’re an integrated photonics company in California building the light engines that power the next era of quantum technology — from advanced computing to precision sensing.

Today’s quantum processors are fundamentally limited by size. We believe reaching utility-scale quantum computing will require connecting many processors into modular, distributed systems. CavilinQ develops photonic interconnect technology that enables quantum processors to communicate and operate together as a single system. By linking independent quantum modules, we aim to unlock a path toward larger, more powerful, and practical quantum machines

Delta.g is a subsurface intelligence company leveraging quantum and gravity to see the unseen. We are on a mission to make gravity sensing technology as ubiquitous as GPS, radar and telecoms. Spinning out from the University of Birmingham in 2023, our technology is the world’s first quantum technology based gravity gradient capability to successfully detect buried features from their gravity profile alone. Gravity sensors have the potential to impact much of todays world for the better; reducing traffic jams by eliminating unnecessary roadworks, a reliable navigation alternative to GPS and improving the environment through better monitoring and models. Limitations in current technology have prevented gravity sensing from reaching its disruptive potential. Our solution harnesses the quantum nature of atoms to produce a gravity gradient capability that is inherently immune to many of the noise sources hindering current technology. Enabling measurements in previously impossible environments at a fraction of the cost. A world-class team of experts from science, engineering, and business, supported by end-users from civil engineering, infrastructure, defence, and rail, Delta g will realise our vision of creating the Google Maps of the underground.

Moth’s mission is to enable the next era of music, gaming and the arts with quantum computing technology. We envision quantum as a cultural movement that will shape all sectors of society.

QuantrolOx, a University of Oxford spinout, is the developer of Quantum EDGE software for automated bring-up, characterisation and tuning of quantum chips. Quantum EDGE qubit automation software has set a new benchmark for speed and ease of use for qubit bring up, characterisation and testing with over 100x speed up compared to current industry benchmarks, thereby removing a major bottleneck in the rate of development quantum processing units (QPUs) and accelerating the path to developing practical quantum computers. It is the only quantum software company whose software is developed and tested 24/7 on a uniquely configured quantum computer ensuring that our software works “out of the box” to 70% of the solid-state quantum computers in the world. Quantum EDGE is designed to seamlessly integrate with the workflow of the QPU development and production processes in academia, research organisations and companies developing quantum chips. We envision a world where the bring-up, characterisation and tuning of every quantum chip will be fully automated enabling quantum scientists to spend less time testing and tuning qubits and more time advancing quantum computing, thereby accelerating the path to practical quantum computers. Quantum EDGE integrates with major quantum hardware providers by building on open-architecture principles enabling organisations to select the best components for their quantum systems. Find out more at www.quantrolox.com

Science led and enterprise driven, Quantinuum unites Cambridge Quantum’s best-in-class software with Honeywell Quantum Solutions’ high-performing trapped-ion hardware. We are scaling quantum computing and developing applications today to solve the world’s most pressing challenges.

Our Mission is to provide solutions that enable tomorrow’s advanced computers. The computing platforms of the future promise to define our technological world and improve our way-of-life. Realizing this potential will require solutions to hard technical problems that today limit the scale, speed, or power density of computer systems spanning edge to cloud. At Emergence Quantum we develop products and solutions that enable quantum computing, energy efficient computing, and sensor platforms to scale. Recognizing that generic solutions fall short, we look to partner and work closely with customers to solve complex challenges.

QuantX Labs is the premier, sovereign provider of high precision timing and sensor products used in defence, space and critical infrastructure. Our specialised team have more than 70 years combined experience in the innovation and development of precision measurement devices.   Our current focus is on three programs: • Precision clocks and oscillators - Our flagship product – Cryoclock - is the world’s most precise clock – and is being developed for deployment into the ADF’s JORN Defence Radar. • Optical Atomic Clocks – a ground-breaking development of a next generation space atomic clock based on optical technology. • Quantum magnetometers - developed to sense extremely small changes in magnetic field due to ferrous material. These leading-edge technologies are just the beginning of the innovative solutions being designed for a range of sovereign and global applications including resilient position, navigation and timing services.

We’re an integrated photonics company in California building the light engines that power the next era of quantum technology — from advanced computing to precision sensing.

Today’s quantum processors are fundamentally limited by size. We believe reaching utility-scale quantum computing will require connecting many processors into modular, distributed systems. CavilinQ develops photonic interconnect technology that enables quantum processors to communicate and operate together as a single system. By linking independent quantum modules, we aim to unlock a path toward larger, more powerful, and practical quantum machines

Delta.g is a subsurface intelligence company leveraging quantum and gravity to see the unseen. We are on a mission to make gravity sensing technology as ubiquitous as GPS, radar and telecoms. Spinning out from the University of Birmingham in 2023, our technology is the world’s first quantum technology based gravity gradient capability to successfully detect buried features from their gravity profile alone. Gravity sensors have the potential to impact much of todays world for the better; reducing traffic jams by eliminating unnecessary roadworks, a reliable navigation alternative to GPS and improving the environment through better monitoring and models. Limitations in current technology have prevented gravity sensing from reaching its disruptive potential. Our solution harnesses the quantum nature of atoms to produce a gravity gradient capability that is inherently immune to many of the noise sources hindering current technology. Enabling measurements in previously impossible environments at a fraction of the cost. A world-class team of experts from science, engineering, and business, supported by end-users from civil engineering, infrastructure, defence, and rail, Delta g will realise our vision of creating the Google Maps of the underground.