Entrevista a Miguel Ángel Martín-Delgado en RNE 5
http://mvod.lvlt.rtve.es/resources/TE_SENTREV/mp3/7/2/1573469401227.mp3 http://mvod.lvlt.rtve.es/resources/TE_SENTREV/mp3/7/2/1573469401227.mp3
Entrevista a Miguel Angel Martin-Delgado en “El Mundo”
Enchufados a la supremacía cuántica
An Artificial Intelligence, about to solve the “problem of the three bodies”
Formulated by Isaac Newton 300 years ago, no one has yet been able to develop an equation that predicts the movements of three mutually orbiting bodies.
A “magic angle “gives graphene new extraordinary properties
So far no theory can explain the superconductivity in the magical angle of graphene at the microscopic level, something that could change with this discovery
Premio a la mejor tesis doctoral en Metrología
Orden ICT/1067/2019, de 17 de octubre, por la que se aprueban las bases reguladoras para la concesión del premio a la mejor tesis doctoral relacionada con la metrología
Dark energy debate reignited by controversial analysis of supernovae data
Physicists claim cosmic acceleration is just a local artefact, but Nobel laureate disagrees
Atomic spins on a surface make good quantum bits
Spin-based quantum information processing requires coherent spin manipulation. Yang et al. demonstrate coherent control of surface titanium and iron atom spins on a magnesium oxide surface with a magnetic scanning tunneling microscope tip. Arbitrary sequences of fast electrical pulses delivered to the top induced large electric fields. These fields drove metal-atom movement, which then modulated the tip-atom exchange interaction to create an oscillating effective magnetic field. Advanced spin-control protocols such as Ramsey fringes and Hahn spin echoes revealed quantum dynamics, such as coherent oscillations in a titanium atom dimer assembled on the surface with the tip.
