Quantum technologies

Quantum technologies promise a massive leap in capabilities for computing, communication and sensing. As a transformative force with vast economic and societal potential, this field is characterised by a mix of startups and established corporations. Use patent information to track emerging technologies and their inventors across the complex quantum landscape.

This platform seeks to provide a comprehensive overview of the global quantum ecosystem, mapping a broad selection of diverse quantum related technologies and applications. It aims to offer a snapshot of the current state of the art. To this end, the platform provides access to batches of patent applications, well-organised into concepts and sub concepts, via pre-made ESPACENET queries. Its purpose is to provide scientists, practitioners and policy makers with an overview of quantum technologies in communication, computing and sensing.

Discover the latest in quantum technology innovation here in this platform and keep track of ongoing developments in real time. A detailed mapping of these technologies allows you to:

  • Identify patents mapped to 18 search concepts relevant to quantum technologies
  • Retrieve descriptive statistics for each concept, (e.g. number of patents per year, applicant rankings, technological fields of the patents), explore where patents have been filed and drill down to the individual technologies covered by the search concepts
  • Review the Espacenet search query used to identify patents within a given concept and tailor it to your own specific needs (e.g. looking at specific companies or checking trends), identify inventors or consult the legal and procedural details of single patent applications. 

UN Sustainable Development Goals

This platform contributes to the following UN Sustainable Development Goals  

UNSDG 3
UNSDG 7
UNSDG 9
SDG icon 16

 

 

 

SDG 3 - Good Health and Well-being
Quantum sensing applications can be used in early diagnostics and disease detection e.g. traces of cancer in blood samples. Quantum sensing also has the potential to improve environmental monitoring when used to search for traces of pollutants, chemicals and greenhouse gases using nano scale detection. 

SDG 7 - Affordable and Clean Energy 
Quantum computing and materials simulation can lead to breakthroughs in energy storage, conversion and efficiency, supporting clean energy transitions. Moreover, its higher power relative to available solutions will save on energy consumption making it more efficient.

SDG 9 - Industry, Innovation and Infrastructure 
Quantum technologies represent a frontier of industrial innovation, driving new materials, secure communication networks and precision manufacturing. Investments in quantum R&D strengthen innovation ecosystems and high-tech infrastructure. 

SDG 16 - Peace, Justice and Strong Institutions 
Quantum communication (e.g. quantum key distribution) enhances cybersecurity and trust in digital governance and international institutions.