Is the spectrum of the quantum factoring simulator achievable from measuring magnetron frequencies of Bell states in Penning Traps?
Dr. José Luis Rosales (Universidad Politécnica de Madrid)
Read MoreImproving the adiabaticity of adiabatic quantum algorithms with unknown spectrum
Prof. Lin Tian (University of California)
Read MoreOptimal search in random graphs using quantum walks
Leonardo Novo (Instituto de Telecomunicaçoes)
Read MoreSudden transition between classical to quantum decoherence in bipartite correlated qutrit systems
Pr. Juan Carlos Retamal (Universidad Santiago de Chile)
Read MoreIncoherent-mediator for quantum state transfer in the ultrastrong coupling regime.
M. Sc. Francisco Cárdenas (Universidad Santiago de Chile)
Read MoreParity-preserving light-matter system mediates effective two-body interactions
Dr. Guillermo Romero (Universidad de Santiago de Chile)
Read MoreQuantum simulation of the spin-boson model: monitoring the bath
Dr. Nicolas Roch (NEEL Institute, Grenoble)
Read MoreTaking off with QUTIS-made wings (or a QUTIS son in the jungle)
Dr. Julen S. Pedernales (University of Ulm)
Read MoreThe Quantum Rabi Model: coupling regimes, analytic solutions and dynamics
Elena Lupo (University of Palermo)
Read MoreDiscrete-time simulations with quantum walks in optical lattices
Dr. Andrea Alberti (University of Bonn)
Read MoreSolitons in a quasi-one dimensional chain with spin one
Dr. Dario Bercioux (Donostia International Physics Center)
Read MoreTensor networks for quantum matter: basics, news and prospects
Dr. Roman Orus (Johannes Gutenberg-Universität)
Read MoreFases geométricas en estados mixtos de polarización
M. Sc. Diego Barberena (Pontificia Universidad Católica del Perú)
Read MoreProtected state transfer via an approximate quantum adder
M. Sc. Giancarlo Gatti (Pontificia Universidad Católica del Perú)
Read MoreAnalytical solutions of some quantum optical models for arbitrary couplings: advanced concepts
Prof. Daniel Braak (Augsburg University)
Read MoreUltra-strong coupling and beyond in superconducting circuits: advanced concepts
Dr. Frank Deppe (Walther Meissner Institute)
Read MorePhase Transition in the two-photons Dicke Model
M. Sc. Louis Garbe (Universite Paris Diderot)
Read MoreQuantum Communication Between Remote Mechanical Resonators
Dr. Simone Felicetti (Universite Paris Diderot)
Read MoreModeling the ability to tell stories – telling, inventing, and composing
Prof. Pablo Gervás (Instituto de Tecnologías del Conocimiento – Facultad de Informática, Universidad Complutense de Madrid)
Read MoreCooling, heating and manipulation of ions in the TRAPSENSOR project
M. Sc. Manuel Gutiérrez (Universidad de Granada)
Read MoreSwitchable particle statistics with an embedding quantum simulator
M. Sc. Xiao-Hang Cheng (University of Shanghai)
Read MoreLaser cooling experiments on a single 40Ca+ ion in Paul and Penning traps at the University of Granada
Dr. Daniel Rodríguez (University of Granada)
Read MoreMachine Learning II: motivation, methods, applications and connections with quantum information
Dr. José Martín (University of Valencia)
Read MoreMachine Learning I: motivation, methods, applications and connections with quantum information
Dr. José Martín (University of Valencia)
Read MoreQuantum optomechanics with photonic crystal cavities
Prof. Simon Gröblacher (Delft University of Technology)
Read More“Universal” simulation of Markovian open quantum systems
M. Sc. Ryan Sweke (University of KwaZulu-Natal)
Read MoreAnalysis and Synthesis of Superconducting Qubits with the BKD & Burkard methods
Adrián Parra (University of the Basque Country)
Read MoreImplementation of Quantum and Classical Discrete Fractional Fourier Transforms
Dr. Armando Perez-Leija (University of Jena)
Read More
A hydrogen atom is a rather imperfect quantum computer for calculating properties of a hydrogen atom. It is missing the errors and the business model.
"Diverse opinion on artwork shows novelty & complexity. When critics disagree an artist is in accord with him/herself. Forgiveness for making a useful thing, only if one does not admire it. Only reason for making a useless thing is to deeply admire it. All art is quite useless."
@KikeSolanoPhys @qipcspain @TurpinAlejandro @InnolabBilbao @secpho @BBCBreaking @elmundoes @el_pais @QUTIS3 @artist_qu @IQ_USherbrooke @FisicaUsach @PhysRevLett @BrainChip_inc @EuroPhysSoc @IBMDeutschland @IBM_ES @IBM Cool news!! An impressive movement congrats @KikeSolanoPhys
IQM will build in Munich, Germany, Co-Design Quantum Computers @qipcspain @TurpinAlejandro @InnolabBilbao @secpho @BBCBreaking @elmundoes @el_pais @sciqtech @QUTIS3 @artist_qu @IQ_USherbrooke @FisicaUsach @PhysRevLett @BrainChip_inc @EuroPhysSoc @IBMDeutschland @IBM_ES @IBM https://twitter.com/kikesolanophys/status/1266653800208707584
We are building Co-Design Quantum Computers in Munich. Do you want to join us? We are looking for experts in quantum computing, partners from industry, and scientific collaborations. It will be a big team effort from the whole IQM team! https://twitter.com/KikeSolanoPhys/status/1266653800208707584
Very glad to see our ideas implemented and in an industrial perspective. Maybe they were not so crazy 😜 https://twitter.com/KikeSolanoPhys/status/1266653800208707584
Breaking News: IQM has decided to build Co-Design Quantum Computers in Munich, Germany @meetIQM Join us for client-oriented specific-purpose quantum computers: no quantum winter towards quantum advantage @IBMResearch @GoogleAI @MSFTQuantum @OpenSuperQ @AQTION_eu @QuantumFlagship
Quantum winter may last an eternity for digital error-corrected quantum computers. Eternity is long, even at the end. Co-Design Quantum Computers have no quantum winter: digital-analog QC, digital-adiabatic QC, Neuromorphic QC @OpenSuperQ @IBMResearch @GoogleAI @QuantumFlagship
Good move guys! https://twitter.com/meetIQM/status/1266279189457457153
