Principal Investigator of the Molecular Quantum Technology group in the Department of Physics (USACH). Funded by national and international research grants. My group develops theoretical concepts and computational tools to address exciting and challenging problems at the interface of chemical physics, quantum optics, materials science and quantum information. Find out more about our current research at https://fherreralab.com.

Independent faculty affiliated with the Vicerrectory of Research, funded by Conicyt PAI and Fondecyt Iniciación.

Spin-off company that brings MOF devices to accelerate innovations in the optical industry.

Royal Society Wolfson Visiting Fellow in the Department of Physics and Astronomy.

Research on the interface of Chemical Physics, Quantum Optics and Quantum Information.

Temporary joint appointment with Harvard University for research related to the Quantum Information for Quantum Chemistry Center.

1. Developed a general scheme for coherent control of collisions between non-identical atoms and molecules.2. Demonstrated that an ensemble of polar molecules in optical lattices can be used as a quantum simulator of polaron phenomena in condensed matter (Holstein and SSH models).3. Developed a method for generation of bipartite and many-particle entanglement in molecular ensembles using strong off-resonant optical pulses for applications in quantum information and communication.

Developed a quality assurance system according to ISO 9001 for the company's production plant, analysis lab and sales department.

Weakly tutorial lectures on Single Variable Calculus course.

Weakly tutorial lectures in the following undergraduate courses: Single Variable Calculus, Multivariable Calculus, Linear Algebra and Introduction to Quantum Mechanics.