What are Quantum Technologies
Quantum Technologies are those that
are based on quantum properties of subatomic nature
such as quantum superposition and quantum entanglement.
Quantum superposition describes how a particle can be in different states at the same time.
Quantum entanglement describes how two particles, no matter how far apart they are, can be correlated in such a way that when one interacts with one, the other becomes aware/reacts.
And other quantum properties...
A quick look at the areas that are defining the quantum future...
Computing and Simulation
Quantum (QC+QSim)
Quantum Communication
(QCom)
Quantum Sensing
(QS)
The potential impact of its application in terms of sectors and convergence with other technologies makes the development of Quantum Technologies a key factor in competitiveness.
| Sectoral impact and anticipated applications | IMPACT | APPLICATIONS |
|---|---|---|
Health and pharmacy
|
Quantum simulation of molecules and chemical reactions to accelerate drug discovery. |
Personalised drug design, protein simulation, and advanced genetic analysis. |
Industry and energy
|
Optimisation of industrial processes and simulation of new materials. |
Improvements in energy efficiency, advanced battery design, and simulation of materials for construction and manufacturing. |
Transport and logistics
|
Solving complex optimisation problems such as routes, traffic, and distribution. |
Reduction of logistics costs, real-time route planning, and intelligent fleet management. |
Finance
|
Portfolio optimisation, fraud detection and risk analysis with greater accuracy. |
More robust predictive models, economic scenario simulations, and improvements in financial cybersecurity. |
Environment
|
More accurate climate modelling and simulation of natural processes. |
Prediction of extreme weather events, ecosystem simulation, and design of clean technologies. |
| Convergence with other technologies and planned applications | IMPACT | APPLICATIONS |
|---|---|---|
Artificial Intelligence and Big Data
|
Quantum eComputing allows enormous volumes of data to be processed exponentially faster than classical systems. |
Optimisation of Deep Learning algorithms, improvement in complex model prediction, and acceleration of AI training. |
Cybersecurity
|
Quantum eCryptography promises virtually unbreakable communications. |
Quantum Key Distribution (QKD), intrusion detection, and protection against future quantum computer attacks. |
The convergence between Quantum Technologies and AI is identified as a transformative element of innovation, competitiveness and digital security in the coming years.
It is estimated that the size of the global market for Quantum Technologies could reach up to £90 billion in 2035 and £173 billion in 2040.
Quantum Technologies have come to play a prominent role in Scientific, Technological and Industrial agendas.
Quantum Europe Strategy. Quantum Europe in a changing World
The European Quantum Communication Infrastructure (EuroQCI) Initiative
The European Quantum Computing and Simulation infrastructure (EuroQSI) Initiative / EURO HPC
Spain's Quantum Technologies Strategy 2025-2030
National hub of excellence in quantum communications
PERTE CHIP. Strategic Project for the Economic Recovery and Transformation of Microelectronics and Semiconductors
Complementary Quantum Communications Plan + 6 Autonomous Communities
Quantum Spain Project
Interdisciplinary Thematic Platform on Quantum Technologies (PTI QTEP-CSIC)
ANDALUSIA
ARAGON
Principality of Asturias
Cantabria
Catalonia
Castile and León
Castile-La Mancha
Extremadura
Community of Madrid
Valencian Community
Galicia
La Rioja
Region of Murcia
Navarre
Basque Country
In this complex and constantly (and rapidly) evolving landscape, there is a growing need to structure a Spanish ecosystem for Quantum Technologies.
01.
From the perspective of the effort required for the development and application of Quantum Technologies.
- No agent or territory can go it alone (regional-national-international).
- The development and implementation of applications transcends thematic and sectoral areas.
- Scientific development and transfer go hand in hand, but so does training.
- The resources and investments required demand a collective effort and shared planning.
02.
Regarding knowledge and impact of what Quantum Technologies contribute.
- There is no clear understanding of what can actually be done from an industrial perspective, nor from a scientific and technological perspective.
- The profile of developers and users of quantum technologies is very varied.
- Society, the general public, does not understand the scope and possibilities of Quantum Technologies.
03.
With regard to the search for potential allies and the existence of shared spaces in which to work.
- It is not easy to identify who your fellow travellers are.
- Needs and capabilities do not have the appropriate operational framework for their discovery and development.
- Beyond strategic approaches, there are no comprehensive initiatives covering all areas of Quantum Technologies with a focus on participation and/or co-creation and on transfer and implementation.
This is the context in which the opportunity to promote INDUQUANT arises.
If you believe in the potential of Quantum Technologies, this is the place for you. Join INDUQUANT and help build the quantum future.