FOMO 2018 CONFERENCE: Crete 17.Sept. – 21.Sept. 2018 // SUMMER SCHOOL 10.Sept. - 14.Sept. 2018

The program of the FOMO 2018 conference 17-21 Sept. 2018

For a pdf version click here.Ë

Abstracts are below (Poster, Talks)

Abstracts of Talks

INVITED

Sala -- QUPLAS- towards antimatter interferometryRoura -- Gravitational redshift in quantum-clock interferometry
Haslinger -- Probing the forces of gravity, blackbody radiation and dark energy with matter waves
Barrett -- Toward inertial guidance and navigation with cold atoms

CONTRIBUTED

Zhao -- Matter-wave diffraction from a periodic array of half planes
Yankelev -- Quadrature phase detection in atom interferometry
Wales -- Coherent splitting and recombination of bright solitary matter waves
Sidrorenkov -- Interleaved atom interferometry for high sensitivity inertial measurements
Schlippert -- Mitigation of vibrational noise in atom interferometry- hybrid sensing, large bandwidth sensors, and seismic attenuation
Pelegri -- Quantum sensing using imbalanced counter-rotating Bose-Einstein condensate modes
Minguzzi -- Josephson oscillations in strongly correlated one-dimensional atomic gases
Juzeliūnas -- Spin-orbit coupled ultracold atoms in bilayer structures
Gerlich -- Long Baseline Universal Matter-Wave Interferometry (LUMI)
Garrido -- Spontaneous spin squeezing in a two-component Rb BEC
Gaaloul -- Degenerate gases at the frontiers of matter-wave interferometry
Bouyer/Condon -- Lab-based Einstein elevator for matter-wave interferometry with ultra-cold atoms
Baker --Superfluid dynamics of two-component BEC in a toroidal trap

Abstracts of Posters

Contributed POSTERs

Abend -- Atom-chip based quantum gravimetry with Bose-Einstein condensates
Ablewski -- Analytical and numerical estimations of blackbody radiation shift uncertainty in optical atomic clocks
Barker -- Investigating non-equilibrium physics and universality using two-dimensional quantum gases
Barrett -- Toward inertial guidance and navigation with cold atoms
Canuel -- Exploring gravity with the MIGA large scale Atom Interferometer
Cheiney -- Using a Kalman Filter for hybridizing quantum and classical accelerometers
Cladé -- Atoms Recoil in a distorted optical field
Escudero -- Towards a Steady-State Atom Laser
Freegarde -- Quantum technologies for classical navigators
Gao -- Atomic Interferometric Gravitational-wave Space Observatory (AIGSO)
Gauthier -- Atomic-Density Based Optimization of Arbitrary 2D Optical Potentials Applications in vortex dynamics and phase imprinting of supercurrents
Gebbe -- Scalable momentum splitting in a dual lattice configuration
Kim Lee -- Babinet's principle in atom optics
Lee -- Effect of atom-surface interaction on matter-wave diffraction from a periodic array of half planes
Lien -- Application of optical single-sideband laser in Raman atom interferometry
Lu -- Competition effects of multiple quantum paths in an atom interferometer
Maluckov -- On Nonlinear Localized Flatband Modes In Different Bec Setups
Manz -- Prospects for a Cesium interferometer with tunable interactions
Melezhik -- Ultracold atomic and atom-ion processes in confined geometry of waveguide-like traps
Pawlowski -- Roton in a few-body dipolar system
Poulios -- Radiofrequency-dressed magnetic waveguides and lattices for neutral atoms
Rabault -- An ultra-cold atomic source on a microgravity simulator for atom interferometry
Ruseckas -- Nonlinear quantum optics for spinor slow light
Sahagun -- Light-Structure Heritage through a Four-Wave Mixing Process in Atomic RubidiumSahagun -- Towards Biphoton Generation for Hybrid Quantum SystemsSaywell -- Optimal pulse design for enhanced interferometer sensitivity and contrast
Schlupf -- Progress towards non-destructive measurements of Bloch oscillations as a force sensor to constrain dark matter theories
Shen -- Light -by-light control at quantum level mediated by flying atoms
van der Beek -- Towards a metastable helium BEC for atom interferometryvan der Werf -- Precision Spectroscopy on the 2 3S1 - 2 1S0 transition in 3He and 4He
Wodey -- Towards gravity sensing and tests of fundamental physics with the Hannover Very Long Baseline Atom Interferometer
Zhan -- ZAIGA Zhaoshan long-baseline Atom Interferometer Gravitation Antenna
Zhou -- Progress of the 10-meter atom interferometer

Summer School Posters

• Amri -- Optimal Control techniques for fast excitation-less transport of Bose-Einstein condensates with an atom chip
• Armstrong -- Steps toward first free-flying in-orbit cold atom Interferometer
• Ayi-Yovo -- Assessment of a hybrid electro-optic module for high speed (100 Gbps) applications
• Bordoux -- Development of an atom interferometer for testing atom neutrality
• Buhin-- Laser cooling of atoms using a frequency comb
• Camm -- Phase Locked Atomic Interferometers for Gravity Gradiometry
• Carey -- Cold atom velocimetry with a matterwave interferometer
• Chen -- Realization of a compact laser system for atom interferometer
• Chilcott -- Towards experimental studies of quantum droplets and false vacuum decay
• Colcelli -- Deviations from off-diagonal long-range order in one-dimensional quantum systems
• Del Pace -- Towards a 2D Fermi gas with tunable point-like disorder on the micron scale
• Elbourn -- Design of a dressed ring trap for cold atoms
• Elertas -- University of Liverpool Atom Interferometer Results and Upgrades
• Gerstenecker -- A cesium interferometer for quantum metrology
• Greve -- Atom sieve for nanometer resolution neutral helium microscopy
• Gupta -- Gallium Nitride interconnects for quantum integrated photonic chips
• Hartmann -- Single-pulse large momentum transfer with double Raman diffraction
• Jenewein -- Light-pulse atom interferometry with ultracold thermal clouds and realistic laser pulses
• Kaubruegger -- Variational Approach to Quantum Metrology
• Kovačic -- Frequency comb stabilization and application as an optical ruler
• Kritsotakis -- Optimal Mattarewave Gravimetry
• Kruljac -- Coherent effects in a cold atomic gas
• La Gala -- State preparation and tomography of a nanomechanical resonator with fast light pulses
• Li -- Entanglement between two spatially separated BECs
• Loriani -- Gravity gradient cancellation in satellite quantum tests of the equivalence principle
• Masi -- Self-bound quantum droplets of atomic mixtures in free space
• Mežnaršič -- Cesium solitons
• Mueller -- Cold Atom Interferometers for measuring the Earth’s gravity field and possible implementation for Space Science Missions
• Neumann -- Aberrations of Bragg beam splitters – 3D simulations
• Pandey -- Fast transport of BECs in a neutral atom accelerator ring
• Perrin -- Proof-of-principle demonstration of direct gravity gradient measurement using a single cloud double-loop atom interferometer
• Pershin -- Fano-Feshbach resonances observation in ultracold thulium gas
• Piest -- Cooling of potassium atoms on the MAIUS-B atom chip
• Shah -- Bose-Einstein Condensates on a Printed Circuit Board
• Shin -- Maximally entangled mater waves with large spatal separaton
• Tang -- Mobile high precision absolute gravimeter realized by 85Rb cold atom interferometry
• Tell -- Very long baseline atom interferometry for gravity sensing and tests of fundamental physics
• Templier -- Single diode, dual-frequency, agile compact laser source for atom cooling and interferometry
• Teske -- Wigner representation of interacting BECs in the Thomas-Fermi limit
• Thekkeppatt -- A compensated quadruple Ioffe configuration (QUIC)
• Wilkason -- Atom interferometry using clock transitions for fundamental physics
• Xiong -- A compact control system for mobile atom interferometer
• Yao -- Calibration of atomic trajectories in a large-area dual-atom-interferometer gyroscope
• Zhong -- A compact portable laser system for mobile cold atom gravimeters
• Zhou -- Progress of 10 meters atom interferometer