The United Nations General Assembly (UNGA) officially declared 2025 the International Year of Quantum Science and Technology (IYQ). The resolution, adopted during the 78th session of the General Assembly, recognizes the potential of quantum science to drive sustainable development and address global challenges in climate, energy, and healthcare.

Importance of Quantum Science and Technology

Quantum science is the study of the behavior of matter and energy at a microscopic level, while quantum technology utilizes this knowledge to develop new tools and applications for various fields. This emerging field has already shown great potential in areas such as cryptography, computing, communication, sensing, and imaging. With continued research and development, quantum science and technology can revolutionize industries and create significant societal benefits.

Reasons for the Declaration

The proclamation coincides with the centenary of the initial development of quantum mechanics. In 1925, German physicist Werner Heisenberg published a foundational paper that reinterpreted classical mechanics, marking the birth of modern quantum theory.

The UNGA resolution highlights several key factors driving this decision:

  • Historical Significance: Acknowledging 100 years of quantum mechanics as a cornerstone of modern physics and chemistry.
  • Technological Impact: Recognizing that quantum applications—such as transistors, lasers, and LEDs—are fundamental to current information technologies.
  • Future Potential: Emphasizing the emerging capacity of quantum computing, sensing, and communication to revolutionize industries ranging from drug discovery to environmental monitoring.

Strategic Goals

The International Year of Quantum Science and Technology aims to increase public awareness and strengthen international cooperation. The initiative aims to ensure that quantum technologies are accessible globally, rather than concentrated solely in developed nations.

Primary objectives outlined in the resolution include:

  • Educational Outreach: Promoting quantum science education at all levels to inspire the next generation of scientists and engineers.
  • Capacity Building: Supporting developing nations in building the infrastructure and workforce necessary to participate in the quantum economy.
  • Policy Development: Encouraging dialogue among policymakers to establish ethical guidelines and regulatory frameworks for the safe deployment of quantum technologies.
  • Gender Equity: Specific efforts will be made to encourage women and girls to participate in quantum research and related fields.

Global Initiatives Planned for 2025

The implementation of the IYQ will be coordinated by the United Nations Educational, Scientific and Cultural Organization (UNESCO), in collaboration with scientific societies worldwide.

Planned activities and programs for 2025 include:

  • International Conferences: A series of high-level summits will bring together researchers, industry leaders, and government officials to discuss the roadmap for quantum innovation.
  • Public Exhibitions: Museums and science centers globally will host exhibits demonstrating the principles of quantum mechanics and their practical applications.
  • Workshops and Training: Specialized training programs will be launched to upskill researchers in regions with limited access to quantum facilities.
  • Collaborative Research Projects: New funding mechanisms will be introduced to facilitate cross-border research partnerships.

The initiative has received broad support from the international scientific community, including endorsements from the International Union of Pure and Applied Physics (IUPAP) and numerous national academies of science.

The year-long observance is expected to culminate in a closing ceremony in late 2025, summarizing the progress made and outlining future directions for international collaboration in quantum science.