The Magnetic Resonance Imaging Laboratory (MRILab) at i3M in Valencia blends quantum and biomedical physicists and engineers. We build unique scanners and techniques with the goal of pushing the limits of MR Imaging in terms of accessibility and application niches. One of our strengths lies on the ability to advance the capabilities of current technologies by combining deep, abstract knowledge about fundamental scientific mechanisms with a good overview of existing, down-to-earth technical possibilities. Two major feats achieved by the group are: i) the first affordable MRI technology for combined visualization of hard and soft biological tissues and ii) the first truly portable MRI scanner.

The Magnetic Resonance Imaging Laboratory (MRILab) at i3M in Valencia was created in 2014. We are a rather unique blend of quantum and medical physicists and engineers with a focus on two related goals. The first is to boost the quantitative performance of current MRI systems. The second is to exploit the potential arising from the strong synergies between the fields of MRI and Quantum Information Processing (QIP) to advance MRI in directions thus far unfathomed, qualitatively distinct from established trends, and based on algorithms, protocols, techniques and technologies refined in the field of QIP and its most notorious branch, quantum computing.

I carry my research on Quantum Computing with ions trapped in microfabricated, cryogenic Paul Traps. Our group is interested in investigating experimentally the role of information in quantum mechanics, and the transition between quantum and classical dynamics.

Strategic management, Operations management, Business ScoreCards, Business Intelligence, Lean Management.Development and management of Human Capital.

Responsible of consulting and training area (computing, science and technology)Business Analysis and Optimization consultantResponsible of virtual platform for e-LearningResponsible of web and system administrationAssistant manager

Analog and digital electronics design (highly sensitive, high precision electronics)Programming of microcontrollersProgramming of drivers for self-made devices

Experimental physics and laboratory techniques (ultra-high vacuum technology, cryogenics, high-sensibility electronics, trap physics, magnetic field calculations, electromagnetic simulations in particle accelerators, among others)