Congresos

“A single 40Ca+ ion as a Quantum Sensor for Motional State Metrology”
Joaquín Berrocal. Contribución oral.

“729 nm laser systems for motional quantum metrology in Paul and Penning traps”
Francisco Domínguez. Póster.

” Penning-trap mass spectrometry using an unbalanced crystal and optical detection ”
Joaquín Berrocal. Contribución oral.

“A laser-cooled 40Ca+ ion and a 40Ca+ - 40Ca+ ion crystal for systematic investigations of motional quantum metrology ”
Francisco Domínguez. Contribución oral.

“A 7-Tesla Penning-Trap System for Precision Quantum Measurements”
Joaquín Berrocal. Contribución oral.

“Quantum-enhanced sensing experiments with 40Ca+ ions in a linear Paul trap”
Francisco Domínguez. Contribución oral.

“Precision Experiments with Paul and Penning Traps”
Daniel Rodríguez. Charla invitada.

“A new self-designed high-NA and high-resolution optical system for the open-ring Penning trap at the TRAPSENSOR facility”
Joaquín Berrocal. Póster.

“A 729 nm laser system for ground-state cooling and quantum state manipulation of calcium ions”
Francisco Domínguez. Póster.

“Non-equilibrium coupling of a quartz resonator to the motion of ions in a Penning trap”
Daniel Rodríguez. Charla invitada.

“Towards Quantum (Penning-Trap) Mass Spectrometry”
Joaquín Berrocal. Póster.

“A linear Paul trap for experiments of quantum nature using 40Ca+ ions”
Francisco Domínguez. Contribución oral.

“Prospects for Microfabricated Penning traps for the connection of ions through electrical currents”
David Freire. Póster.

“Penning mass spectrometry using optical detection with 40Ca+ as sensor ion in an unbalanced crystal”
Joaquín Berrocal. Contribución oral.

“Penning Mass Spectrometry through Optical Detection over a 40Ca+ sensor ion”
Joaquín Berrocal. Póster.

“Universal Mass Quantum Metrology.”
Daniel Rodríguez. Charla invitada.

“The TRAPSENSOR facility: towards universal Penning Trap Mass Spectrometry with single-ion sensitivity”
Manuel J. Gutiérrez. Contribución oral al Simposio de Física Nuclear.

“The TRAPSENSOR facility:precision experiments in Penning traps with a single laser-cooled 40Ca+ ion as a detector”
Francisco Domínguez. Contribución oral.

“Quantum Mass Spectrometry: Using Optical Photons to Quantify Heavy Masses”
Joaquín Berrocal. Contribución oral.

“Penning traps and laser cooling in Granada”
Daniel Rodríguez. Contribución oral.

“A novel detection method for fundamental physics experiments: from the classical to the quantum regime”
Joaquín Berrocal. Contribución oral.

“Towards cryogenic operation of the TRAPSENSOR open-ring (micro)-traps”
Joaquín Berrocal. Póster.

“Towards laser cooling of a single 40Ca+ ion in a 7-T Penning trap for single-ion detection”
Daniel Rodríguez. Charla invitada.

“Single-ion Penning-trap mass measurements using a laser-cooled 40Ca+ ion as sensor”
Manuel J. Gutiérrez. Contribución oral.

“Electronic coupling between a laser-cooled 40Ca+ and other ion species stored in different traps”
Francisco Domínguez. Póster.

“Electronic coupling between two ions stored in different traps”
Jesús J. Del Pozo. Póster.

Ponentes: Joseba Alonso (ETH Zurich), Íñigo Arrazola (UPV/EHU Bilbao), Mohamed Bourennane (Stockholm University), Adán Cabello (Universidad de Sevilla), Rosario González-Férez (Universidad de Granada), Markus Hennrich (Stockholm University) y Daniel Rodríguez (Universidad de Granada).

“Caracterización de un ion de 40Ca+ enfriado por láser como detector en experimentos de espectrometría de masas de alta precisión”
Francisco Domínguez. Contribución oral al Simposio de Física Nuclear.

“Conexión de iones en distintas trampas mediante corrientes inducidas”
Raúl A. Rica. Contribución oral al Simposio de Tecnologías Cuánticas.

“El laboratorio TRAPSENSOR: Un laboratorio singular de la Universidad de Granada”
Daniel Rodríguez. Charla invitada en el Simposio de Física Nuclear.

“Control system for shortcut-to-adiabaticity experiments”
Jesús J. Del Pozo. Póster.

“A laser-cooled 40Ca+ ion as high-sensitive sensor for mass and laser spectroscopy”
Manuel J. Gutiérrez. Contribución oral.

“Status of the project TRAPSENSOR: Towards electronic coupling between laser-cooled 40Ca+ ions stored in different traps”
Francisco Domínguez. Contribución en forma de póster.

“Precision Penning trap mass spectrometry using a laser-cooled 40Ca+ as a detector”
Manuel J. Gutiérrez. Póster.

“TRAPSENSOR: Electronic coupling between two ions stored in different traps”
Daniel Rodríguez. Contribución oral.

“An Ultra-Cooled Atomic Quantum Sensor for Precision Detection of Oscillating Electric Signals”
Daniel Rodríguez. Contribución oral al simposio Atomic and Nuclear Measurements in Ion Traps.

“Single-ion Penning-trap mass spectrometry using a single ion as detector”
Daniel Rodríguez. Charla invitada en el Simposio de Física Atómica y de Plasmas (sección Espectrometría de Masas).

“Performance of a laser-cooled 40Ca+ ion as mass detector”
Daniel Rodríguez. Póster.

“Single trapped ion mass spectrometry with optical detection”
Daniel Rodríguez. Charla invitada en la sesión “Mass spectrometry”.

“A preparation Penning trap for the project TRAPSENSOR with prospects for MATS at FAIR”
J. M. Cornejo. Póster.

“Status of the project TRAPSENSOR: a laser-cooled ion as a high-sensitive detector for single-ion Penning trap mass spectrometry”
J. M. Cornejo. Póster.

“A Quantum Sensor for Applications in Neutrino Mass Spectrometry”
Daniel Rodríguez. Contribución oral.