Many Particle Quantum Heat Engine
Dr. Adolfo del Campo (University of Massachusetts)
Read MorePositioning Nuclear Spins in Interacting Clusters for Quantum Technologies and Bio-Imaging
Dr. Jorge Casanova (University of Ulm)
Read MoreBroken Selection Rule in the Quantum Rabi Model
Dr. Guillermo Romero (University of Santiago de Chile)
Read MoreQuantum Estimation Via Parametric Amplification in Circuit QED Arrays
Dr. Carlos Sabín (Instituto de Física Fundamental, CSIC)
Read MoreTime and spatial parity operations with trapped ions
M. Sc. Xiao-Hang Cheng (University of Shanghai)
Read MoreQuantum Information with propagating quantum microwaves II
Dr. Roberto Di Candia (University of the Basque Country)
Read MoreQuantum Information with propagating quantum microwaves I
Dr. Roberto Di Candia (University of the Basque Country)
Read MoreTowards the ultimate precision limit in parameter estimation: recent results in quantum metrology
Prof. Luiz Davidovich (Federal University of Rio de Janeiro)
Read MoreQuantum Metrological Limits via a variational Approach
Prof. Nizim Zagury (Federal University of Rio de Janeiro)
Read MorePositioning and individual control of nuclear spins with NV centers
Dr. Jorge Casanova (Ulm University)
Read MoreIntegrability and weak diffraction in a two-particle Bose-Hubbard model
Prof. Daniel Braak (Augsburg University)
Read MoreOptimal Transport of Two Ions Under Slow Spring-Constant Drifts
Prof. Xi Chen (Shanghai University)
Read MoreSecondary source of partially polarized single photons
M. Sc. Diego Barberena Helfer (Pontificia Universidad Católica de Perú)
Read More3D-positioning and control of nuclear spins around an NV center
Dr. Jorge Casanova(Institut fur Theoretische Physik, Ulm, Germany)
Read MoreNonlinear closed-timelike-curve gates
M. Sc. Giancarlo Gatti Álvarez (Pontificia Universidad Católica de Perú)
Read MoreQuantum Memristors
B. Sc. Paul Pfeiffer (Ludwig-Maximilians-Universität München, Munich, Germany)
Read MoreQuantum Simulation of Spin Chains Coupled to Bosonic Modes with Superconducting Circuits
M. Sc. Urtzi Las Heras (UPV/EHU)
Read MoreLectures on superconducting circuits and circuit quantum electrodynamics
Dr. Guillermo Romero (UPV/EHU)
Read MoreDigital quantum simulation of fermionic models with a superconducting circuit
Dr. Rami Barends (Google, California, United States)
Read MoreSpeeded up nonlinear optical process via shortcuts to adiabaticity
M. Sc. Xiao-Hang Cheng (Shangai University, Shangai, China)
Read More∧CDM Cosmological Hydrodynamical Simulations
M. Sc. Sandra Robles (Universidad Autónoma de Madrid)
Read MoreQuantum Simulation of Time and Spatial Parities in Trapped Ions
M. Sc. Xiao-Hang Cheng (Shangai University, Shangai, China)
Read MoreSimulating quantum vibrations with photons
M. Sc. Enrique Martín López (Bristol University, UK)
Read MoreMemcomputing: a brain-inspired computing paradigm to store and process information on the same physical platform
Prof. Massimiliano di Ventra (UCSD, California, USA)
Read MoreDemonized Second Law of Quantum Thermodynamics with von Neumann Entropy
Prof. Man Hong Yung (Tsinghua University, China)
Read MoreZ_2 quantum memory implemented on circuit quantum electrodynamics
M. Sc. Thi Ha Kyaw (CQT Singapore, Singapore)
Read MoreLectures on matrix product states techniques
Prof. Román Orús (Johannes-Gutenberg-Universität, Mainz, Germany)
Read MoreDynamics in the deep strong coupling regime
Dr. Matteo Bina (Università degli studi di Milano, Milano, Italy)
Read MoreFast shuttling of a trapped ion in the presence of noise
Prof. Xi Chen, (Shangai University, Shangai, China)
Read MoreHow could we possibly profit from tensor network numerics within the scientific agenda of QUTISers?
Dr. Hamed Saberi (Palacký University, Czech Republic)
Read MoreMajorana returns: the Dirac-Boltzmann connection and quantum lattice Boltzmann schemes
Prof. Sauro Succi (IAC-CNR, Rome, Italy and IACS Harvard, Cambridge USA)
Read MoreSpins in Quantum Dots: Quantum Information and Open Systems Dynamics
Dr. Geza Giedke (Max-Planck Institute of Quantum Optics, Garching, Germany)
Read MoreGeometric Entanglement in Topologically Ordered States: Theory and Numerics
Prof. Roman Orus (Johannes Gutenberg-Universität Mainz)
Read MorePragmatic simulations: quantum radio as a selective phonon detector and toy models as means to understanding
Mr. Dominik Hangleiter (LMU Munich and University of Oxford)
Read More
As a fan and follower @AndreasAtETH, since your seminal talks in Munich 2004-5, those numbers look small compared to the immense value, impact, and creativity of your interdisciplinary work. You disrupted the intellectual paths of many always for better, thanks @QuantumFlagship https://twitter.com/andreasateth/status/1353281477379821570
Esta noticia confirma, contra prejucios de Francia e inversión de riesgo, el auge de las tecnologías cuánticas en Europa y el mundo. Son decisiones geopolíticas visionarias por el empleo y promoción del talento @cientificospe @QuantenTech @QuantumFlagship
https://twitter.com/kikesolanophys/status/1352188342092369921?s=21 https://twitter.com/nmonteblanco/status/1352182125517287424
Le Président Macron a augmenté le budget annuel jusqu‘à 200 millions Euro en technologies quantiques, en provenant de 1,8 milliard d‘euros à 5 ans. Chapeau contre les prejugés de la mentalité francaise et le risque @QuantenTech @BMBF_Bund @QuantumFlagship
https://www.lemonde.fr/politique/article/2021/01/21/emmanuel-macron-presente-un-plan-quantique-de-1-8-milliard-d-euros-sur-cinq-ans_6067037_823448.html
I will give a plenary talk at International Scientific Conference, Lima, Peru, 30 Jul 2021, Bicentennial celebrations. I will speak on Quantum Computing and Entrepreneurship, and how emergent economies may profit and join Industry 4.0 @cientificospe @CientificoenEsp @QuantenTech https://twitter.com/modestomontoya/status/1350286457257254917
@jenseisert I get the point! By chance I have recently studied your old masterpieces about Gaussification protocols to see whether pre-Gaussification may enhance teleportation fidelity of non-Gaussian CV states when using Gaussian resources (TMS states) 😉
@qmisanz Actually, the channel is Gaussian-preserving, it is non-interacting quantum dynamics. But the state is non-Gaussian, having a memory of past interactions.
@jenseisert So this means that the fixed point of the dynamics is in general Gaussian even when the channel is not Gaussian-preserving. Is not a necessary condition the injectivity of the dynamical channel?
In 2008 I first stared at proof techniques that show that quantum many-body systems would tend to relax following #nonequilibrium dynamics and would "Gaussify" in time. Even though the precise mechanism here is somewhat different, to see this is pleasing.
https://www.nature.com/articles/s41567-020-01139-2
Welcome Julia, great to see that we are sharing the same mission: Building quantum computers for a better world! https://twitter.com/meetIQM/status/1351114237276532740
Será un gusto volver a vernos en persona en el ECI del Bicentenario de invierno. Les contaré los últimos avances en la computación cuántica y tecnologías cuánticas, y también sobre la promoción del talento, la creatividad, startups y el emprendimiento empresarial @cientificospe https://twitter.com/modestomontoya/status/1350286457257254917
