DragonSat
PocketQube.

Our pioneering PocketQube satellite tests a cutting-edge quantum optics experiment in space, testing quantum entanglement and coherence in a microgravity environment.

Our Team

Pioneering Quantum Optics in Space

Our DragonSat mission is set to revolutionise our understanding of quantum systems by conducting a groundbreaking quantum optics experiment in space. Utilising a state-of-the-art 1P PocketQube satellite, DragonSat will perform tests of quantum entanglement and coherence in the unique microgravity environment of low Earth orbit. These experiments aim to explore the fundamental properties of quantum states and their behavior outside of Earth's gravitational influence.

DragonSats which is based on Qubik by the Libre Space Foundation is a compact and efficient design incorporates advanced photonic technology to generate, manipulate, and detect quantum states with unprecedented precision. By capturing critical data on quantum entanglement and coherence, this mission will provide valuable insights for future quantum communication and computing technologies, pushing the boundaries of what is possible in the quantum realm. Join us on this exciting journey as Infinity Space leads the way in space-based quantum research.

DragonSat SPACECRAFT SPECIFICATIONS

PocketQube: 1P Chassis Based on Qubik by the Libre Space Foundation
Payload Average Power: 1W
Payload: Quantum Light Module
Antenna: 437 MHz UHF dipole antenna
Payload Data Downlink:1.2kb/s (UHF)

Cutting-Edge Quantum Optics Technology

The DragonSat mission's payload is a miniaturised quantum optics technology, designed to conduct sophisticated experiments in the space environment. At its core is a compact source of entangled photons, created through spontaneous parametric down-conversion (SPDC), which generates pairs of entangled photons.

The payload is capable of preparing and measuring quantum states with exceptional accuracy. These components are carefully calibrated to ensure robust performance despite the challenges of microgravity and space radiation. An onboard data processing unit handles real-time analysis and storage of experimental results, while a reliable power system, consisting of solar panels and batteries, ensures continuous operation throughout the mission. By integrating advanced photonic technologies into a small, efficient package, the DragonSat payload is poised to make significant contributions to our understanding of quantum phenomena and pave the way for future space-based quantum applications.

Quantum Light Module Made with Global Expertise

The DragonSat missions payload, known as the Quantum Light Module, is a cutting-edge assembly of miniaturised quantum optics technology designed to conduct sophisticated experiments in the harsh environment of space. At its core is a compact source of entangled photons, created through spontaneous parametric down-conversion, which generates pairs of entangled photons with high precision.

Advancing Quantum Research with DragonSat

The QLM is capable of preparing and measuring quantum states with exceptional accuracy. These components are carefully calibrated to ensure robust performance despite the challenges of microgravity and space radiation. An onboard data processing unit handles real-time analysis and storage of experimental results, while a reliable power system, consisting of solar panels and batteries, ensures continuous operation throughout the mission. DragonSat utilises Qubik-1 Systems from the Libre Space Foundation aboard our mission with pride.

A New Frontier in Quantum Space Exploration

By deploying the Quantum Light Module aboard a PocketQube satellite, DragonSat will conduct pioneering experiments in quantum optics, focusing on quantum entanglement and coherence in a microgravity environment. These experiments will help us understand how quantum systems behave beyond Earth's gravitational influence, providing critical insights for future quantum technologies.

The compact yet powerful Quantum Light Module is designed to generate, manipulate, and measure quantum states with high precision. This mission will gather invaluable data on the stability and behavior of quantum states in space, paving the way for advancements in quantum communication and computing. Infinity Space is proud to lead this innovative journey, pushing the boundaries of what is possible in the quantum universe.

A PocketQube Built in Wales, Pioneering Quantum Experiments in Space

DragonSat is a PocketQube built in Wales, marking a significant milestone in the regions space industry. This innovative satellite aims to journey into space to explore quantum phenomena. Equipped with advanced Quantum technology, DragonSat will conduct groundbreaking experiments in quantum optics, focusing on quantum entanglement and coherence. By studying these fundamental properties of quantum systems in the unique environment of space, the mission seeks to expand our understanding of quantum mechanics and contribute to future technological advancements.

Welcome to the Infinity Space Partnership Programme. Building DragonSat

DragonSat is a flagship project of the Infinity Space Partnership Programme, an initiative aimed at advancing space exploration technology. This partnership programme brings together a coalition of innovators, researchers, and industry leaders to push the boundaries of what is possible in space. DragonSat's mission is to conduct groundbreaking experiments in quantum optics, exploring phenomena such as quantum entanglement and coherence. By using the unique environment of space, this collaborative effort seeks to deepen our understanding of quantum mechanics and pave the way for future technological advancements.

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DragonSatPocketQube.