Hi! I'm Samuel D. Escribano, a quantum physicist at Qarakal Quantum, where I work on the design and characterization of the next-generation quantum computing platforms.

My background is in theoretical and computational condensed matter physics, with a focus on modeling quantum systems at the interface between superconductivity and semiconductors. During my research career, I have studied low-dimensional heterostructures, exploring their topological phases and their potential for realizing robust quantum devices.

I specialize in the simulation of realistic quantum hardware, bridging theory and experiment to understand device performance and guide design. My work combines analytical modeling with numerical techniques to address challenges in circuit QED and quantum architectures.

Research interests: superconducting circuits, quantum device modeling, topological materials, quantum computing

Contact email: samuel.diazes(at)gmail.com