Quantum computing is an emerging force set to redefine industries. With global investments surpassing $35 billion and market growth projections reaching $6.5 billion by 2030, its impact is undeniable. But beyond the numbers, what does this mean for students and future professionals? Let’s dive in to some of the quantum computing basics.
IE University recently hosted an exclusive quantum computing basics seminar, led by Eduardo Sáenz de Cabezón, a distinguished mathematician and science communicator. Over two days, students explored the foundations of quantum mechanics, its mathematical intricacies and its real-world applications. Eduardo’s engaging approach transformed a seemingly intimidating topic into an accessible and thought-provoking experience.
Eduardo Sáenz de Cabezón: Making quantum computing click
Known for his dynamic and engaging approach to mathematics, Eduardo turned quantum computing from an abstract puzzle into an exciting challenge, bringing its complexities to life with clarity and enthusiasm. Covering quantum computing basics such as superposition, entanglement and quantum circuits, he led students through a journey from theory to application.
For Lucas Portela, a first-year Dual Degree in Economics & Applied Mathematics student, the experience was a revelation.
“Quantum computing is a completely different way of thinking about computation, and Eduardo made that crystal clear. He showed us how a quantum system can process information in ways that classical computers never could.”
First-year Bachelor in Applied Mathematics student Daveed Vodonenko, came in expecting a dense and inaccessible topic. Instead, he walked away with a new perspective. “I always thought quantum computing was impossibly complex,” he admitted, “but Eduardo made it feel approachable. He said the math wasn’t as hard as people assume—and he was right. It’s challenging, sure, but it’s not magic.”
Mastering quantum computing basics: How students are bridging the gap between theory and application
During the seminar, Eduardo broke down how quantum algorithms are solving problems that would take classical computers centuries to crack.
Lucas was particularly struck by the way quantum computing ties together different branches of mathematics. “Eduardo showed us that everything—linear algebra, probability, logic—is connected,” he said. “That changed the way I think about problem-solving. It’s about seeing the bigger picture beyond the formulas.”
Daveed took the opportunity to ask Eduardo two burning questions: How can a system based on probabilities produce concrete answers? And why do quantum computers need to be kept so cold? Eduardo’s responses made it all click. “He explained that while qubits exist in multiple states at once, measuring them collapses them into a definitive result. And the extreme cold? That’s to prevent outside interference, which would mess up the delicate quantum state. It was fascinating to hear him break it down so clearly.”
Quantum computing seminar: Preparing for the future
The seminar left students with a sense of excitement about the future. As quantum computing continues to evolve, those who understand its principles will be at the forefront of technological breakthroughs.
IE University is committed to providing its students with access to leading experts and cutting-edge knowledge, bridging the gap between academia and industry. The Bachelor in Applied Mathematics program is designed to prepare students for careers in data science, finance, AI and, of course, quantum computing.
For students looking to be part of the next great technological revolution, IE University offers the perfect launchpad. Whether it’s in optimization, cryptography, machine learning or beyond, those with a solid foundation in mathematics and computing will be the ones driving innovation in the quantum age.
