Quantum Physics of the Everyday: Scientist’s New Book Bridges the Gap Between Theory and Reality
Zamora, Spain – Breaking news for science enthusiasts and curious minds alike! Physicist Ana Martín Fernández is launching her first popular science book, “Quantum Physics of the Everyday,” aiming to unravel the mysteries of quantum mechanics and demonstrate its surprising presence in our daily lives. The book presentation is scheduled for Tuesday at the Zamora Public Library, marking Fernández’s second visit to the city in a year.
From Tostadas to GPS: Quantum Physics is All Around Us
Fernández’s inspiration for the book stemmed from a desire to share her passion for quantum physics beyond the confines of academic circles. “Every time I meet with friends, I love to tell them everything I’ve learned throughout my career, from my doctorate and years of research on quantum physics,” she explains. “I was so fascinated that I wanted to convey it in another way, with this book.”
But why quantum physics? Fernández initially approached the field expecting abstract, intangible concepts. What she discovered was a surprisingly practical science underpinning technologies we rely on constantly. “I entered quantum physics because it seemed very abstract, very intangible. But I was surprised that it had applications in quantum computing and other areas that sounded very futuristic,” she shared. “Little by little, you learn more and realize that quantum mechanics isn’t just something for the future, but that all the technology we already use on a daily basis already draws from quantum mechanics.”
Everyday Examples of Quantum Mechanics in Action
The book promises to demystify these connections, offering relatable examples. Fernández points to the colors we see – a direct result of the atomic structure of materials interacting with light – and the processes powering the sun as fundamental quantum phenomena. But the applications extend far beyond the natural world.
“For example, it’s in the technology of pendrives, something that personally surprised me a lot when I discovered they worked thanks to the tunnel effect,” Fernández reveals. “We also have nuclear magnetic resonance, a process so common in medicine, to which so many people are subjected throughout the year without knowing that it has a lot to do with quantum physics and that, thanks to it, they can see you inside without having to cut you in two.”
Bridging the Gap: Making Quantum Physics Accessible
One of the biggest challenges in writing the book, Fernández admits, was translating complex scientific jargon into accessible language. “It’s been totally challenging. In fact, I think this has been the most complicated part, because I’m used to dealing with these issues with colleagues, with whom I use the same vocabulary, knowing what we’re referring to. Switching to a more general level seemed the most difficult, but at the same time, the most beautiful, because it made me understand even better what was happening. Being able to explain something with accessible and more general words gives you a deeper knowledge of what you are saying.”
Fernández hopes her work will dispel the notion that quantum physics is inherently complicated or inaccessible. She believes that even without a complete understanding of the theory, readers can appreciate its beauty and grasp its fundamental principles. She’s also advocating for increased quantum physics education in secondary and high school curricula, suggesting that introducing the concepts earlier could alleviate fear and foster greater interest in the field.
The Future is Quantum: Research, Technology, and Education
Looking ahead, Fernández emphasizes the crucial interplay between quantum research and technological advancement. She highlights exciting developments in quantum sensors – capable of detecting incredibly weak magnetic fields, potentially revolutionizing medical diagnostics by allowing us to “feel” the magnetic fields emitted by individual cells – and ongoing progress in quantum computing, even amidst the rise of Artificial Intelligence. “Inevitably, it happens that both go hand in hand,” she states. “All second-generation quantum technologies, such as quantum computing, quantum sensing, quantum cryptography and a long etcetera, start from previous research work, but which also continues in progress.”
Fernández is now leaning towards a career in teaching, driven by a desire to inspire the next generation of scientists. “I’m leaning towards teaching, to tell students things so they understand them and, above all, encourage them not to lose great talents that may exist in the future.” Her dedication to both research and outreach positions her as a key figure in making quantum physics not just a subject of study, but a part of our collective understanding of the world.
This book isn’t just a scientific publication; it’s a bridge, connecting the complex world of quantum mechanics to the everyday experiences of readers. Stay tuned to archyde.com for further updates on the evolving world of quantum technology and the scientists shaping its future.
