The International Year of Quantum Science and Technology has announced that submissions are now open for the Quantum 100: A Global Snapshot of Careers & Community. This initiative aims to recognize individuals who are advancing quantum technology.

Whether they are researchers, policymakers, educators, entrepreneurs, students, or communicators, the Quantum 100 will celebrate 100 professionals in the quantum field.

The goal of the International Year of Quantum Science and Technology (IYQ) is to highlight the work of this global community and inspire the next generation of quantum talent.

IYQ invites submissions, which can be self-nominations or nominations on behalf of others, demonstrating significant contributions to quantum science and technology or the quantum community in various areas, including academia, the arts, communication, education, industry, and philanthropy.

The initial submission period is from April 28 to May 28.

IYQ 2025 marks 100 years since the initial development of quantum mechanics.

The opening ceremony at UNESCO Headquarters in Paris featured groundbreaking discussions and visionary ideas, setting the stage for a year centered on advancing quantum science.

Quinnie, the official IYQ mascot, was developed for UNESCO and unveiled on February 4 during the IYQ launch in Paris.

Quantum computers utilize qubits, or quantum bits, which can exist simultaneously in 0 and 1 states. This unique capability allows them to solve complex problems faster than traditional computers.

Advancements in quantum science are already significantly contributing to society. The International Year of Quantum campaign strives to clarify fundamental questions about quantum science: What does it mean for something to be “quantum,” in general and within the context of quantum physics?

New quantum technologies can potentially revolutionize medicine and chemistry. Quantum mechanics helps chemists design life-changing drugs through quantum-based simulations like Density Functional Theory (DFT).

These simulations enable scientists to predict molecular interactions and develop targeted treatments more effectively. Quantum mechanics is transforming healthcare, and the upcoming series of articles will benefit everyone, whether you are simply curious or a professional in the field. Links to the first two articles are available in the comments.

🌟 Submissions are officially open for the Quantum 100: A Global Snapshot of Careers & Community! 🌟

This major initiative will recognize and champion the people around the world who are moving quantum forward – and we want to hear from you!

For more information and details on… pic.twitter.com/KW2mRuusOr

— International Year of Quantum 2025 (@QuantumYear2025) April 28, 2025

Meet Quinnie, the official mascot of the International Year of Science and Technology!

Bringing curiosity, discovery, and a love for science to life, Quinnie is here to spark imagination and inspire the next generation of innovators.

Join us in celebrating this special year and… pic.twitter.com/EEox7EA3Ng

— International Year of Quantum 2025 (@QuantumYear2025) February 11, 2025

💻What Are Quantum Computers?

Quantum computers use qubits, or quantum bits, which can be both 0 and 1 at the same time! Drawing on this superpower promises to solve complex problems faster than regular computers. 🚀

New Quantum tech could continue to… pic.twitter.com/o0VE8kGPEa

— International Year of Quantum 2025 (@QuantumYear2025) April 11, 2025