The United Nations (UN) General Assembly has declared 2025 as the International Year of Quantum Science and Technology, marking the centenary of the origins of quantum mechanics. This initiative highlights the significance of quantum science and its potential in developing sustainable solutions while fostering public awareness of its impact on the past, present, and future.
Quantum science and technology are at the core of some of the most revolutionary innovations of the 21st century, spanning a broad spectrum of fields - from physics and chemistry to biology and information technology.
Quantum research helps uncover new fundamental laws of nature while also enabling practical applications that could radically transform data processing, communication systems, and sensor technologies in the future.
Quantum technologies offer solutions to various global challenges, including:
- Enhanced computing capabilities that allow for solving complex mathematical and optimization problems faster than ever before.
- More secure communication technologies based on quantum encryption, ensuring the highest level of data protection.
- Highly sensitive quantum sensors that can be used in medicine, environmental monitoring, and space exploration.
Latvia is actively participating in the global development of quantum science.
The Latvian Quantum Initiative unites the country’s leading researchers and academics in the field of quantum technologies to strengthen knowledge, skills, and innovations related to the practical applications of quantum physics.
This initiative is part of broader European and international efforts to develop and commercialize quantum technologies, which will impact various industries, including medicine, energy, and data security.
The International Year of Quantum Science and Technology will be celebrated with a wide range of events worldwide, including conferences, seminars, educational initiatives, and public lectures. UNESCO is coordinating the implementation of this year and invites member states, policymakers, scientific institutions, higher education establishments, and the public to get involved and organize events that promote quantum science and its potential.
