Quantum technology represents the next frontier, drawing attention from various industries due to its wide range of applications and potential solutions. It is revolutionizing computing, navigation, diagnostics, and more fields.
The International Year of Quantum in 2025 celebrates World Quantum Day on April 14th, honoring Planck’s constant (ħ ≈ 4.14×10⁻¹⁵ eV·s)—a fundamental pillar of quantum mechanics.
This day highlights the significance of quantum science and its profound impact on technology and computing. Many organizations will celebrate the breakthroughs shaping our world and the limitless possibilities ahead.
The University of Maryland (UMD) emphasizes that World Quantum Day aims to enhance the understanding and appreciation of quantum science and technology.
As UMD President Darryll Pines remarked, the university is at the heart of the “Capital of Quantum,” a term that highlights its role within the regional ecosystem of research, federal agencies, and companies dedicated to exploring the mysteries of quantum science and harnessing the power of quantum computing and other technologies.
This past January, Governor Wes Moore announced a billion-dollar initiative to leverage UMD’s expertise in physics, engineering, and quantum research to develop this emerging industry while boosting Maryland’s economy and addressing global challenges.
Today’s Google Doodle celebrates World Quantum Day by illustrating the principles of quantum mechanics through thaumatropes—simple optical illusions that depict the complex concept of superposition.
Additionally, Physics Today released a special quantum issue from January, which features a comprehensive collection of quantum-related articles dating back to 1952.
With quantum-themed public events, CERN also marks the International Year of Quantum Science and Technology.
The Quantum season pays tribute to the individuals dedicated to advancing knowledge through exploration and discovery.
The University of Oxford is sharing its historical breakthroughs, from pioneering algorithms to developing the future of quantum hardware, and is at the forefront of expanding technological possibilities.
Meanwhile, Nokia Bell Labs warns that while quantum computers may eventually solve some of the world’s most complex problems, significant technical challenges exist to overcome.
They propose that a stable, topological qubit may provide a solution, representing a second-generation qubit that could lead to powerful yet practical quantum computers. Their research on this quest for a quality qubit has been documented in a recent publication.
✨⚛️ Happy World Quantum Day! ⚛️ ✨
4.14 honors Planck's constant (ħ ≈ 4.14×10⁻¹⁵ eV·s)—a key foundation of quantum mechanics. That's why we recognize quantum science and its impact on technology, computing, and the future on April 14th each year. 🔬🚀
Let’s celebrate the… pic.twitter.com/l6yqPvok7h
— International Year of Quantum 2025 (@QuantumYear2025) April 14, 2025
Happy Quantum Day!
If that’s a salutation you’re unfamiliar with, this might not be the last time you encounter it. Celebrated every April 14, World Quantum Day seeks to boost understanding and appreciation of quantum science and technology.
It’s especially appropriate at the… pic.twitter.com/DucZNLM0tJ
— UMD Research (@UMDResearch) April 14, 2025
Today is World Quantum Day! Quantum technology is the next frontier, attracting attention from various industries for a broad range of applications and solutions.
Learn more about IEEE standards around quantum technology: https://t.co/ejre0FQjn5 pic.twitter.com/239PazrlzE
— IEEE Standards Association | IEEE SA (@IEEESA) April 14, 2025
Today’s #GoogleDoodle celebrates #WorldQuantumDay by exploring the principles of quantum mechanics using thaumatropes — a simple optical illusion — to illustrate the complex concept of superposition. pic.twitter.com/MqGy2Tmqim
— Google (@Google) April 14, 2025
⚛️ Today is #WorldQuantumDay, but before we get a viable #quantum computer, we need a stable qubit… a topological qubit.
Check out our article on the quest for a quality qubit: https://t.co/FCjPu3d6GK#Research #NokiaBellLabs100 pic.twitter.com/yvzxvKyyY4
— Bell Labs (@BellLabs) April 14, 2025
Happy World Quantum Day! In celebration, browse the pages of our special quantum issue from January (https://t.co/323h9KACVV) or explore our full quantum collection going back to 1952 (https://t.co/pWL4W0bCvD).#Quantum #WorldQuantumDay #Physics pic.twitter.com/ZTJ6IbzgI4
— Physics Today (@PhysicsToday) April 14, 2025
Today is #WorldQuantumDay!
From pioneering algorithms to building the future of quantum hardware, Oxford University is at the forefront of pushing the boundaries of what’s possible with the technology.
Discover some of the breakthroughs we've made in recent times⬇️ pic.twitter.com/5ndYosPNHG
— University of Oxford (@UniofOxford) April 14, 2025
The U.S. Army Corps of Engineers has been tasked with…
Brown and Caldwell, a leading environmental engineering and construction firm,…
Humboldt State University, one of four campuses within the California…
