Carlos Antón-Solanas

Carlos Antón-Solanas is a Researcher affiliated with the Autonomous University of Madrid. He is actively involved in quantum physics research, particularly focusing on quantum energetics, metrology, and photon-number encoding. His work bridges foundational quantum mechanics with applied technologies like quantum communication and quantum cryptography.

His research interests center on generating and manipulating non-classical photon states, including photon-number superposition and entangled states. He explores their applications in high-precision quantum metrology and secure quantum communication protocols. Recent experimental efforts include studying photon-number emission from Ramsey sequences and developing metrology techniques using Fibonacci states to achieve Heisenberg scaling.

Antón-Solanas collaborates internationally, evidenced by his participation in the Technical Physics (TEP) seminar series at Justus Liebig University Würzburg, where he presented cutting-edge work on quantum systems and entanglement generation. His publications span prestigious journals like Nature Photonics, Optica Quantum, and Physical Review A, reflecting contributions to both theoretical and experimental quantum optics.

His research themes consistently emphasize practical implementations of quantum phenomena, aiming to bridge the gap between fundamental science and real-world quantum technologies.