All
- PhD Studentships in Quantum Matterwave Optics (nanoLace)
- 2 PhD Studentships in Quantum Matterwave Optics (nanoLace)
- A password protected page for the participants
- Abbas, Hayat — Observation of quantum fluctuations via position to polarization converter
- Abidi, Mouine — Quantum Navigation
- Andrea Trombettoni
- Andrei Derevianko
- Anna Minguzzi
- Antolini, Nicolo’ — Dimensional Crossover in superfluid – supersolid quantum phase transition
- Anton Zeilinger
- Antony, Vidhu Catherine — Analysis of the Optical Visibility of Graphite on different substrates and Van-der-Waals Hetero-structures
- Application deadline approaching
- Arnaud Landragin
- Assendelft, Joep — Squeezing momentum states for atom interferometry
- Atkocius, Vilius — Ring lattice trap for neutral atoms with RF-dressed time-averaged adiabatic potentials
- Augusto Smerzi
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 1, Slides)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Bandarupally, Satvika — Atom Interferometry based on narrow linewidth transitions in Sr and Cd
- Baptiste Batellier
- Béguin, Ashley — Large momentum transfer atom interferometer using sequential Bragg diffraction
- Ben Aicha, Yosri — Bragg-Based Atom Interferometry with Overlapped Spatial Fringes
- Bernard, Jeanne — Progress towards the development of a cold-atom inertial measurement unit for onboard applications
- Biagioni, Giulio — Rotation of a dipolar supersolid
- Boegel, Patrick — Atom interferometry aboard the International Space Station
- Bouyer, Philippe — Devices: Portable gravimeters (Video)
- Brimis, Apostolos — Tornado waves
- Buchmüller, Oliver — Fundamental Forces (Video)
- Buchmüller, Oliver — Fundamental Forces — AION and AEDGE (Slides)
- Buchmüller, Oliver — Fundamental Forces — The SM, The Higgs Discovery, and GW Intro (Slides)
- CALL FOR GEORG H. ENDRESS POSTDOC FELLOWS
- Chakraborty, Pratik — Aspects and Applications of Atom Interferometry for mid band frequency (0.1-10 Hz) Gravitational Waves detection.
- Clare Burrage
- Contributed Talk: Bow-tie two-photon recoil interactions and gray molasses in a ring cavity
- Contributed Talk: State-dependent potentials for trapped atom interferometry
- Contributed Talk: The dipolar supersolid: a self-induced Josephson junction
- Contributed Talk: Towards atomic diffraction through single-layer graphene
- d’Armagnac, Quentin — Multi-axis quantum sensor for inertial navigation
- de Almeida, Alexandre A. C. — Generation of correlated forward four-wave mixing signals with cold atoms
- de Almeida, Ricardo Costa — Entanglement certification of many-body systems with quench dynamics
- Delvecchio, Michele — Static error compensation for multi-level interacting quantum systems
- Donelli, Beatrice — Self-induced Josephson oscillations in a supersolid dipolar quantum gas
- Dunjko, Vanja — Quantum advantage in precision measurement with matter-wave solitons
- Dylan O Sabulsky
- Eichelmann, Marcel — Theoretical investigation of the impact of semiconductor quantum dots on the morphology of wetting-layer states
- Elertas, Gedminas — Matter-wave Atomic Gradiometer Interferometric Sensor (MAGIS)
- Eneriz, Hodei — Loading and cooling in an optical trap via dark states
- Ernst Rasel
- Examilioti, Pandora — Linear discrete diffraction and self-focusing in nonlinear lattices
- Famà, Francesca — Towards continuous superradiance with a hot atomic beam
- Faraji, Elham — Properties of electronic currents along DNA fragments through light pumping
- Farrell, Liam — Analogue Hawking radiation as a quantum caustic
- Favalli, Tommaso — Time from Quantum Entanglement
- Fiedler, Johannes — The role of dispersion forces in matter-wave scattering experiments
- Final dates for FOMO2022
- Gabriel Dutier
- Geiger, Remi — Interferometry 1.0: Experiments (Video 1)
- Geiger, Remi — Interferometry 1.0: Experiments (Video 2)
- Gerstenecker, Benedikt — Ultracold Caesium on an Atomchip: An Atom Interferometer with Tunable Interactions
- Giachetti, Guido — Presence of SSB and BKT scaling in d= 2 long-range XY model
- Grinin, Alexey — QED tests and fundamental constants from frequency comb spectroscopy on hydrogen and deuterium
- Guglielmo Tino
- Gulhane, Shreyas — On building matter-wave interferometer of Caesium atoms for the ‘g’ measurement
- Hainge, Joshua — Caustics versus chaos in a kicked Bose-Einstein condensate
- Hanımeli, Ekim T. — Combining Bragg and Raman processes for novel interferometry topologies
- Hartmut Abele
- Hartmut Abele
- Hawkins, Leonie — MAGIS-100: 100m atom interferometric quantum sensor
- He, Yuanlei — Multifrequency Slower for MOT
- Hélène Perrin
- Hindley, Sam — MAGIS-100: A Matter-wave Atomic Gradiometer with Sensitivities to Dark Matter
- Holger Mueller
- Hosten, Onur — Interferometry 2.0: Entanglement (Video)
- Hsu Chung Chuan (Michael) — A compact and laser-induced source of ultracold strontium atoms
- Invited Talk: Accurate measurement of atom surface Casimir-Polder interaction
- Invited Talk: Clock Atom Interferometry and Floquet Atom Optics
- Invited Talk: Cold Atom Quantum Technology to Explore Fundamental Physics
- Invited Talk: Creating a massive minimal uncertainty wavepacket using Gross-Pitaevskii breathers
- Invited Talk: Dark matter searches with matter wave interferometry
- Invited Talk: Determination of the fine-structure constant using atom interferometry
- Invited Talk: From new ways of free electron control to the coherence of multi-electron pulses
- Invited Talk: Helmut Rauch and matter wave interferometry
- Invited Talk: Joint mass-and-energy test of the equivalence principle with atom interferometers
- Invited Talk: Matter-Waves lensing in Dynamic Wave-Guides
- Invited Talk: Multi-photon Atom Interferometry via cavity-enhanced Bragg Diffraction
- Invited Talk: Neutron interferometry for studies of experimental quantum mechanics
- Invited Talk: Observation of a gravitational Aharonov-Bohm effect and its implications for quantum superpositions of Newtonian gravitational fields
- Invited Talk: One-minute coherence in an optical-lattice based atom interferometer
- Invited Talk: Persistent currents for ultracold fermions on a ring
- Invited Talk: Probing Many Body Quantum Systems by Matter Wave Interference
- Invited Talk: Quantum control of an array of optically levitated nanoparticles
- Invited Talk: Quantum Gases in Space for Fundamental Physics and Earth Observation
- Invited Talk: Strapdown Quantum Inertial Measurement Unit
- Invited Talk: Superfluid quantum Bose gas on a shell
- IQ-Hannover: PhD and Postdoc Positions in Artificial Intelligence applied to Atom Interferometry
- Jan Rudolph
- Job advertisements on www.matterwaveoptics.eu
- Jörg Schmiedmayer
- Junca, Joseph — The MIGA project: measuring gravity strain with atom interferometry
- Kamp, Denise — Quantum bifurcations in a Bose-Einstein condensate
- Kang, Seji — Inertial sensing using an expanding atomic point source
- Kolb, Matthias — Towards a cold atom experiment with potassium for realizing the ‘Quantum Klystron’ and levitated atom interferometry
- Kristensen, Sofus Laguna — Properties of Raman beamsplitters using phase modulated light in an optical cavity
- Kumar, Ankit — Jensen’s inequality and the nontrivial dynamics of fundamental forces
- Lecture Notes and Video of Smerzi’s First Lecture are Available
- Lezeik, Ali — VLBAI : Testing Fundamental Physics
- Li, Jing — A Feshbach engine on nonlinear coupled density-spin Bose-Einstein condensates
- Li, Vyacheslav — Frequency offset locking
- Liebmann, Tobias — Controlling multipole moments of magnetic chip traps
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Slides)
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Video)
- Lisa Wörner (Speaker at FOMO2021)
- López, Luis — Vibrational Postprocessing Module for a Quantum Gravimeter
- Luca Pezzé
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 1)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 2)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 3)
- Luo, Chengyi — A Guided Matterwave Interferometer with Cavity Aided QND Readout
- Malitesta, Marco — Distributed Quantum Sensing with Squeezed-Vacuum Light in a Configurable Network of Mach-Zehnder Interferometers
- Manz, Stephanie — Interferometry 2.0: Interactions (Lecture Slides)
- Manz, Stephanie — Interferometry 2.0: Interactions (Video)
- Mark Baker — Devices: Painting Optical Potentials (Lecture Slides)
- Mark Baker — Devices: Painting Optical Potentials (Video)
- Mark Baker (Speaker at FOMO2021)
- Mark Kasevich
- Martinez, Victor — Mass defect, time dilation and second order Doppler effect in trapped-ion optical clocks
- Master and PhD Studentships at the Vienna Quantum Nanophysics Group
- Mauro Paternostro
- Maxim Olshanii (Olchanyi)
- Meyer, Bernd — Transfering entanglement from spin to momentum space
- Michael Holinsky
- Michael Holynski (Speaker at FOMO2021)
- Millen, Nathan — Teledyne e2v – Quantum Gravity Sensors
- Mingsheng Zhan
- Mishra, Charu — Guidance of trapped clock states towards realization of rotation sensor
- Monjaraz, Cristian de Jesús López – Towards the implementation of a Dual Quantum Gravimeter based on 133Cs and 87Rb atoms
- Morrison, Rhys — A Radio-Frequency Dressed Ringtrap for Cold Atom Interferometry
- Mukhopadhyay, Annesh — Probing zero-momentum excitations in the stripe phase of a spin-orbit coupled Bose-Einstein condensate
- Naceur Gaaloul
- New, Joshua — CMOS Atom Chips: A lab on a Chip
- Nicola Poli
- Odelli, Manuel — Design of High Fidelity Quantum Waveguides via Shortcuts To Adiabaticity
- Oliver Buchmueller
- Oliver Buchmueller
- Ome, Md. Kamrul Hoque –Galilean Invariance and Lattice Dynamics in a Zeeman Lattice
- Onur Hosten — Interferometry 2.0: Entanglement (Lecture Slides)
- Onur Hosten (Speaker at FOMO2021)
- Pareek, Vinay — Cavity Enhanced Microscopy
- Pasatembou, Elizabeth — Mars, Dark Matter, and Everything in-between
- Pedalino, Sebastian — High-mass matter-wave interferometry
- Perez, Veronica — Grid-based holograms for matter waves lithography: fabrication parameters and resolution
- Peter Hommelhoff
- Petrucciani, Tommaso — Spatial Bloch oscillations of a quantum gas in a “beat-note” superlattice
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 1)
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 2)
- PhD Position in Guided Matterwave Interferometry
- PhD Position: ULTRACOLD 1D FERMI GASES at the ENS Paris
- Philippe Bouyer
- Philippe Bouyer (Speaker at FOMO2021)
- Pierre Cladé
- Please send in the Abstracts…
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- Postdoctoral and PhD positions available on Cold Atom Quantum Sensors for Onboard Applications
- Postdoctoral Fellow in Theoretical and Computational Physics
- Postdoctoral position in experimental quantum optics in Budapest
- Puthiya Veettil, Vishnupriya — Frequency stabilization using Saturation Absorption Spectroscopy.
- Rajagopalan, Ashwin — Hybridizing an atom interferometer with an opto-mechanical resonator
- Remi Geiger — Interferometry 1.0: Experiments (Lecture 1, Notes)
- Remi Geiger (Speaker at FOMO2021)
- Remi Geiger: Interferometry 1.0: Experiments (Lecture 1+2, Slides)
- Research Assistant (PhD, m/f/d) in the field of Experimental Physics
- Research Fellow in Cold Atom Gradiometry
- Research Fellow on the AION Project
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Rodzinka, T — Bose-Einstein Condensate and Bragg diffraction for atom interferometry
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Safeer, S S — Design and development of Electronics modules for a Compact Cold Atom Inertial System
- Saïda Guellati-Khélifa
- Schach, Patrik — Tunneling-based gravimetry with matter-waves
- Scheduling open for Students’ Presentations
- Seedat, Adam — Optimized beam shapes for atom interferometry
- Semakin, Aleksei — Experiments with ultra-low atomic hydrogen
- Simonsen, Veronica P. — The NanoLace project: Grid-based holograms for matter waves lithography
- Simulation of wavefront propagation for a cold atoms gravimeter (Pesche, Maxime)
- Sinkevičienė, Mažena Mackoit — Quantum metrology: from solids to cold atoms
- SISSA-ICTP-TII Ph.D POSITIONS
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 1)
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 2)
- Sowa, Piotr — Easy setup for observation of two independent lasers interference
- Stefan Gerlich
- Stephanie Manz (Speaker at FOMO2021)
- Tennstedt, Benjamin — High-rate navigation with atom interferometers
- The first version of the website is online
- The Lecture Notes of Remi Geiger are online
- The Lectures are taking shape
- The second Lecture Video is available online now
- The video of Remi Geiger’s Talk is online
- The Videos of Lisa Wörner’s and Philippe Bouyer’s presentations are online now.
- Tomasz Krehlik — EIT spectroscopy in warm Rb vapour – towards preparation of the coupling beam for cold-atoms experiments
- Tzimkas-Dakis, Filippos — Super- and sub-radiance from strongly interacting atomic ensembles
- Upasna, Mtech — Crack formation due to volcanic eruption and measurements of gravity anomaly due to magma-filled dikes
- Uros Delic
- Vinelli, Giuseppe — Measurement of the Gravitational Behaviour of Antimatter
- Wald, Sebastian — Novel Single-Side-Band Stabilization Method for Laser Frequency Shifting
- We have 135 active participants in the first lecture!
- Weak values in the study of quantum correlations (Zamora, Santiago)
- Werner, Michael — Phase shifts of atom interferometers in curved PPN-spacetimes
- Wilson, Gwyn — Resonant Transmission in Smooth Barriers
- Wolf von Klitzing
- Wolf von Klitzing — Atomtronic Matterwave Guides (Lecture Slides)
- Wolf von Klitzing — Atomtronic Matterwave Guides (Video)
- Wolfgang Schleich
- Yuelong (武跃龙) — Few-body atomic spectroscopy based on cold 6Li atoms
- Yuji Hasegawa
- Žlabys, Giedrius — Engineering time-space crystalline structures
Presentations
Notes
- PhD Studentships in Quantum Matterwave Optics (nanoLace)
- 2 PhD Studentships in Quantum Matterwave Optics (nanoLace)
- A password protected page for the participants
- Abbas, Hayat — Observation of quantum fluctuations via position to polarization converter
- Abidi, Mouine — Quantum Navigation
- Andrea Trombettoni
- Andrei Derevianko
- Anna Minguzzi
- Antolini, Nicolo’ — Dimensional Crossover in superfluid – supersolid quantum phase transition
- Anton Zeilinger
- Antony, Vidhu Catherine — Analysis of the Optical Visibility of Graphite on different substrates and Van-der-Waals Hetero-structures
- Application deadline approaching
- Arnaud Landragin
- Assendelft, Joep — Squeezing momentum states for atom interferometry
- Atkocius, Vilius — Ring lattice trap for neutral atoms with RF-dressed time-averaged adiabatic potentials
- Augusto Smerzi
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 1, Slides)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Bandarupally, Satvika — Atom Interferometry based on narrow linewidth transitions in Sr and Cd
- Baptiste Batellier
- Béguin, Ashley — Large momentum transfer atom interferometer using sequential Bragg diffraction
- Ben Aicha, Yosri — Bragg-Based Atom Interferometry with Overlapped Spatial Fringes
- Bernard, Jeanne — Progress towards the development of a cold-atom inertial measurement unit for onboard applications
- Biagioni, Giulio — Rotation of a dipolar supersolid
- Boegel, Patrick — Atom interferometry aboard the International Space Station
- Bouyer, Philippe — Devices: Portable gravimeters (Video)
- Brimis, Apostolos — Tornado waves
- Buchmüller, Oliver — Fundamental Forces (Video)
- Buchmüller, Oliver — Fundamental Forces — AION and AEDGE (Slides)
- Buchmüller, Oliver — Fundamental Forces — The SM, The Higgs Discovery, and GW Intro (Slides)
- CALL FOR GEORG H. ENDRESS POSTDOC FELLOWS
- Chakraborty, Pratik — Aspects and Applications of Atom Interferometry for mid band frequency (0.1-10 Hz) Gravitational Waves detection.
- Clare Burrage
- Contributed Talk: Bow-tie two-photon recoil interactions and gray molasses in a ring cavity
- Contributed Talk: State-dependent potentials for trapped atom interferometry
- Contributed Talk: The dipolar supersolid: a self-induced Josephson junction
- Contributed Talk: Towards atomic diffraction through single-layer graphene
- d’Armagnac, Quentin — Multi-axis quantum sensor for inertial navigation
- de Almeida, Alexandre A. C. — Generation of correlated forward four-wave mixing signals with cold atoms
- de Almeida, Ricardo Costa — Entanglement certification of many-body systems with quench dynamics
- Delvecchio, Michele — Static error compensation for multi-level interacting quantum systems
- Donelli, Beatrice — Self-induced Josephson oscillations in a supersolid dipolar quantum gas
- Dunjko, Vanja — Quantum advantage in precision measurement with matter-wave solitons
- Dylan O Sabulsky
- Eichelmann, Marcel — Theoretical investigation of the impact of semiconductor quantum dots on the morphology of wetting-layer states
- Elertas, Gedminas — Matter-wave Atomic Gradiometer Interferometric Sensor (MAGIS)
- Eneriz, Hodei — Loading and cooling in an optical trap via dark states
- Ernst Rasel
- Examilioti, Pandora — Linear discrete diffraction and self-focusing in nonlinear lattices
- Famà, Francesca — Towards continuous superradiance with a hot atomic beam
- Faraji, Elham — Properties of electronic currents along DNA fragments through light pumping
- Farrell, Liam — Analogue Hawking radiation as a quantum caustic
- Favalli, Tommaso — Time from Quantum Entanglement
- Fiedler, Johannes — The role of dispersion forces in matter-wave scattering experiments
- Final dates for FOMO2022
- Gabriel Dutier
- Geiger, Remi — Interferometry 1.0: Experiments (Video 1)
- Geiger, Remi — Interferometry 1.0: Experiments (Video 2)
- Gerstenecker, Benedikt — Ultracold Caesium on an Atomchip: An Atom Interferometer with Tunable Interactions
- Giachetti, Guido — Presence of SSB and BKT scaling in d= 2 long-range XY model
- Grinin, Alexey — QED tests and fundamental constants from frequency comb spectroscopy on hydrogen and deuterium
- Guglielmo Tino
- Gulhane, Shreyas — On building matter-wave interferometer of Caesium atoms for the ‘g’ measurement
- Hainge, Joshua — Caustics versus chaos in a kicked Bose-Einstein condensate
- Hanımeli, Ekim T. — Combining Bragg and Raman processes for novel interferometry topologies
- Hartmut Abele
- Hartmut Abele
- Hawkins, Leonie — MAGIS-100: 100m atom interferometric quantum sensor
- He, Yuanlei — Multifrequency Slower for MOT
- Hélène Perrin
- Hindley, Sam — MAGIS-100: A Matter-wave Atomic Gradiometer with Sensitivities to Dark Matter
- Holger Mueller
- Hosten, Onur — Interferometry 2.0: Entanglement (Video)
- Hsu Chung Chuan (Michael) — A compact and laser-induced source of ultracold strontium atoms
- Invited Talk: Accurate measurement of atom surface Casimir-Polder interaction
- Invited Talk: Clock Atom Interferometry and Floquet Atom Optics
- Invited Talk: Cold Atom Quantum Technology to Explore Fundamental Physics
- Invited Talk: Creating a massive minimal uncertainty wavepacket using Gross-Pitaevskii breathers
- Invited Talk: Dark matter searches with matter wave interferometry
- Invited Talk: Determination of the fine-structure constant using atom interferometry
- Invited Talk: From new ways of free electron control to the coherence of multi-electron pulses
- Invited Talk: Helmut Rauch and matter wave interferometry
- Invited Talk: Joint mass-and-energy test of the equivalence principle with atom interferometers
- Invited Talk: Matter-Waves lensing in Dynamic Wave-Guides
- Invited Talk: Multi-photon Atom Interferometry via cavity-enhanced Bragg Diffraction
- Invited Talk: Neutron interferometry for studies of experimental quantum mechanics
- Invited Talk: Observation of a gravitational Aharonov-Bohm effect and its implications for quantum superpositions of Newtonian gravitational fields
- Invited Talk: One-minute coherence in an optical-lattice based atom interferometer
- Invited Talk: Persistent currents for ultracold fermions on a ring
- Invited Talk: Probing Many Body Quantum Systems by Matter Wave Interference
- Invited Talk: Quantum control of an array of optically levitated nanoparticles
- Invited Talk: Quantum Gases in Space for Fundamental Physics and Earth Observation
- Invited Talk: Strapdown Quantum Inertial Measurement Unit
- Invited Talk: Superfluid quantum Bose gas on a shell
- IQ-Hannover: PhD and Postdoc Positions in Artificial Intelligence applied to Atom Interferometry
- Jan Rudolph
- Job advertisements on www.matterwaveoptics.eu
- Jörg Schmiedmayer
- Junca, Joseph — The MIGA project: measuring gravity strain with atom interferometry
- Kamp, Denise — Quantum bifurcations in a Bose-Einstein condensate
- Kang, Seji — Inertial sensing using an expanding atomic point source
- Kolb, Matthias — Towards a cold atom experiment with potassium for realizing the ‘Quantum Klystron’ and levitated atom interferometry
- Kristensen, Sofus Laguna — Properties of Raman beamsplitters using phase modulated light in an optical cavity
- Kumar, Ankit — Jensen’s inequality and the nontrivial dynamics of fundamental forces
- Lecture Notes and Video of Smerzi’s First Lecture are Available
- Lezeik, Ali — VLBAI : Testing Fundamental Physics
- Li, Jing — A Feshbach engine on nonlinear coupled density-spin Bose-Einstein condensates
- Li, Vyacheslav — Frequency offset locking
- Liebmann, Tobias — Controlling multipole moments of magnetic chip traps
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Slides)
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Video)
- Lisa Wörner (Speaker at FOMO2021)
- López, Luis — Vibrational Postprocessing Module for a Quantum Gravimeter
- Luca Pezzé
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 1)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 2)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 3)
- Luo, Chengyi — A Guided Matterwave Interferometer with Cavity Aided QND Readout
- Malitesta, Marco — Distributed Quantum Sensing with Squeezed-Vacuum Light in a Configurable Network of Mach-Zehnder Interferometers
- Manz, Stephanie — Interferometry 2.0: Interactions (Lecture Slides)
- Manz, Stephanie — Interferometry 2.0: Interactions (Video)
- Mark Baker — Devices: Painting Optical Potentials (Lecture Slides)
- Mark Baker — Devices: Painting Optical Potentials (Video)
- Mark Baker (Speaker at FOMO2021)
- Mark Kasevich
- Martinez, Victor — Mass defect, time dilation and second order Doppler effect in trapped-ion optical clocks
- Master and PhD Studentships at the Vienna Quantum Nanophysics Group
- Mauro Paternostro
- Maxim Olshanii (Olchanyi)
- Meyer, Bernd — Transfering entanglement from spin to momentum space
- Michael Holinsky
- Michael Holynski (Speaker at FOMO2021)
- Millen, Nathan — Teledyne e2v – Quantum Gravity Sensors
- Mingsheng Zhan
- Mishra, Charu — Guidance of trapped clock states towards realization of rotation sensor
- Monjaraz, Cristian de Jesús López – Towards the implementation of a Dual Quantum Gravimeter based on 133Cs and 87Rb atoms
- Morrison, Rhys — A Radio-Frequency Dressed Ringtrap for Cold Atom Interferometry
- Mukhopadhyay, Annesh — Probing zero-momentum excitations in the stripe phase of a spin-orbit coupled Bose-Einstein condensate
- Naceur Gaaloul
- New, Joshua — CMOS Atom Chips: A lab on a Chip
- Nicola Poli
- Odelli, Manuel — Design of High Fidelity Quantum Waveguides via Shortcuts To Adiabaticity
- Oliver Buchmueller
- Oliver Buchmueller
- Ome, Md. Kamrul Hoque –Galilean Invariance and Lattice Dynamics in a Zeeman Lattice
- Onur Hosten — Interferometry 2.0: Entanglement (Lecture Slides)
- Onur Hosten (Speaker at FOMO2021)
- Pareek, Vinay — Cavity Enhanced Microscopy
- Pasatembou, Elizabeth — Mars, Dark Matter, and Everything in-between
- Pedalino, Sebastian — High-mass matter-wave interferometry
- Perez, Veronica — Grid-based holograms for matter waves lithography: fabrication parameters and resolution
- Peter Hommelhoff
- Petrucciani, Tommaso — Spatial Bloch oscillations of a quantum gas in a “beat-note” superlattice
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 1)
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 2)
- PhD Position in Guided Matterwave Interferometry
- PhD Position: ULTRACOLD 1D FERMI GASES at the ENS Paris
- Philippe Bouyer
- Philippe Bouyer (Speaker at FOMO2021)
- Pierre Cladé
- Please send in the Abstracts…
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- Postdoctoral and PhD positions available on Cold Atom Quantum Sensors for Onboard Applications
- Postdoctoral Fellow in Theoretical and Computational Physics
- Postdoctoral position in experimental quantum optics in Budapest
- Puthiya Veettil, Vishnupriya — Frequency stabilization using Saturation Absorption Spectroscopy.
- Rajagopalan, Ashwin — Hybridizing an atom interferometer with an opto-mechanical resonator
- Remi Geiger — Interferometry 1.0: Experiments (Lecture 1, Notes)
- Remi Geiger (Speaker at FOMO2021)
- Remi Geiger: Interferometry 1.0: Experiments (Lecture 1+2, Slides)
- Research Assistant (PhD, m/f/d) in the field of Experimental Physics
- Research Fellow in Cold Atom Gradiometry
- Research Fellow on the AION Project
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Rodzinka, T — Bose-Einstein Condensate and Bragg diffraction for atom interferometry
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Safeer, S S — Design and development of Electronics modules for a Compact Cold Atom Inertial System
- Saïda Guellati-Khélifa
- Schach, Patrik — Tunneling-based gravimetry with matter-waves
- Scheduling open for Students’ Presentations
- Seedat, Adam — Optimized beam shapes for atom interferometry
- Semakin, Aleksei — Experiments with ultra-low atomic hydrogen
- Simonsen, Veronica P. — The NanoLace project: Grid-based holograms for matter waves lithography
- Simulation of wavefront propagation for a cold atoms gravimeter (Pesche, Maxime)
- Sinkevičienė, Mažena Mackoit — Quantum metrology: from solids to cold atoms
- SISSA-ICTP-TII Ph.D POSITIONS
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 1)
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 2)
- Sowa, Piotr — Easy setup for observation of two independent lasers interference
- Stefan Gerlich
- Stephanie Manz (Speaker at FOMO2021)
- Tennstedt, Benjamin — High-rate navigation with atom interferometers
- The first version of the website is online
- The Lecture Notes of Remi Geiger are online
- The Lectures are taking shape
- The second Lecture Video is available online now
- The video of Remi Geiger’s Talk is online
- The Videos of Lisa Wörner’s and Philippe Bouyer’s presentations are online now.
- Tomasz Krehlik — EIT spectroscopy in warm Rb vapour – towards preparation of the coupling beam for cold-atoms experiments
- Tzimkas-Dakis, Filippos — Super- and sub-radiance from strongly interacting atomic ensembles
- Upasna, Mtech — Crack formation due to volcanic eruption and measurements of gravity anomaly due to magma-filled dikes
- Uros Delic
- Vinelli, Giuseppe — Measurement of the Gravitational Behaviour of Antimatter
- Wald, Sebastian — Novel Single-Side-Band Stabilization Method for Laser Frequency Shifting
- We have 135 active participants in the first lecture!
- Weak values in the study of quantum correlations (Zamora, Santiago)
- Werner, Michael — Phase shifts of atom interferometers in curved PPN-spacetimes
- Wilson, Gwyn — Resonant Transmission in Smooth Barriers
- Wolf von Klitzing
- Wolf von Klitzing — Atomtronic Matterwave Guides (Lecture Slides)
- Wolf von Klitzing — Atomtronic Matterwave Guides (Video)
- Wolfgang Schleich
- Yuelong (武跃龙) — Few-body atomic spectroscopy based on cold 6Li atoms
- Yuji Hasegawa
- Žlabys, Giedrius — Engineering time-space crystalline structures
Videos
- PhD Studentships in Quantum Matterwave Optics (nanoLace)
- 2 PhD Studentships in Quantum Matterwave Optics (nanoLace)
- A password protected page for the participants
- Abbas, Hayat — Observation of quantum fluctuations via position to polarization converter
- Abidi, Mouine — Quantum Navigation
- Andrea Trombettoni
- Andrei Derevianko
- Anna Minguzzi
- Antolini, Nicolo’ — Dimensional Crossover in superfluid – supersolid quantum phase transition
- Anton Zeilinger
- Antony, Vidhu Catherine — Analysis of the Optical Visibility of Graphite on different substrates and Van-der-Waals Hetero-structures
- Application deadline approaching
- Arnaud Landragin
- Assendelft, Joep — Squeezing momentum states for atom interferometry
- Atkocius, Vilius — Ring lattice trap for neutral atoms with RF-dressed time-averaged adiabatic potentials
- Augusto Smerzi
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 1, Slides)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Augusto Smerzi — Interferometry 1.0: Theory (Lecture 2, notes)
- Bandarupally, Satvika — Atom Interferometry based on narrow linewidth transitions in Sr and Cd
- Baptiste Batellier
- Béguin, Ashley — Large momentum transfer atom interferometer using sequential Bragg diffraction
- Ben Aicha, Yosri — Bragg-Based Atom Interferometry with Overlapped Spatial Fringes
- Bernard, Jeanne — Progress towards the development of a cold-atom inertial measurement unit for onboard applications
- Biagioni, Giulio — Rotation of a dipolar supersolid
- Boegel, Patrick — Atom interferometry aboard the International Space Station
- Bouyer, Philippe — Devices: Portable gravimeters (Video)
- Brimis, Apostolos — Tornado waves
- Buchmüller, Oliver — Fundamental Forces (Video)
- Buchmüller, Oliver — Fundamental Forces — AION and AEDGE (Slides)
- Buchmüller, Oliver — Fundamental Forces — The SM, The Higgs Discovery, and GW Intro (Slides)
- CALL FOR GEORG H. ENDRESS POSTDOC FELLOWS
- Chakraborty, Pratik — Aspects and Applications of Atom Interferometry for mid band frequency (0.1-10 Hz) Gravitational Waves detection.
- Clare Burrage
- Contributed Talk: Bow-tie two-photon recoil interactions and gray molasses in a ring cavity
- Contributed Talk: State-dependent potentials for trapped atom interferometry
- Contributed Talk: The dipolar supersolid: a self-induced Josephson junction
- Contributed Talk: Towards atomic diffraction through single-layer graphene
- d’Armagnac, Quentin — Multi-axis quantum sensor for inertial navigation
- de Almeida, Alexandre A. C. — Generation of correlated forward four-wave mixing signals with cold atoms
- de Almeida, Ricardo Costa — Entanglement certification of many-body systems with quench dynamics
- Delvecchio, Michele — Static error compensation for multi-level interacting quantum systems
- Donelli, Beatrice — Self-induced Josephson oscillations in a supersolid dipolar quantum gas
- Dunjko, Vanja — Quantum advantage in precision measurement with matter-wave solitons
- Dylan O Sabulsky
- Eichelmann, Marcel — Theoretical investigation of the impact of semiconductor quantum dots on the morphology of wetting-layer states
- Elertas, Gedminas — Matter-wave Atomic Gradiometer Interferometric Sensor (MAGIS)
- Eneriz, Hodei — Loading and cooling in an optical trap via dark states
- Ernst Rasel
- Examilioti, Pandora — Linear discrete diffraction and self-focusing in nonlinear lattices
- Famà, Francesca — Towards continuous superradiance with a hot atomic beam
- Faraji, Elham — Properties of electronic currents along DNA fragments through light pumping
- Farrell, Liam — Analogue Hawking radiation as a quantum caustic
- Favalli, Tommaso — Time from Quantum Entanglement
- Fiedler, Johannes — The role of dispersion forces in matter-wave scattering experiments
- Final dates for FOMO2022
- Gabriel Dutier
- Geiger, Remi — Interferometry 1.0: Experiments (Video 1)
- Geiger, Remi — Interferometry 1.0: Experiments (Video 2)
- Gerstenecker, Benedikt — Ultracold Caesium on an Atomchip: An Atom Interferometer with Tunable Interactions
- Giachetti, Guido — Presence of SSB and BKT scaling in d= 2 long-range XY model
- Grinin, Alexey — QED tests and fundamental constants from frequency comb spectroscopy on hydrogen and deuterium
- Guglielmo Tino
- Gulhane, Shreyas — On building matter-wave interferometer of Caesium atoms for the ‘g’ measurement
- Hainge, Joshua — Caustics versus chaos in a kicked Bose-Einstein condensate
- Hanımeli, Ekim T. — Combining Bragg and Raman processes for novel interferometry topologies
- Hartmut Abele
- Hartmut Abele
- Hawkins, Leonie — MAGIS-100: 100m atom interferometric quantum sensor
- He, Yuanlei — Multifrequency Slower for MOT
- Hélène Perrin
- Hindley, Sam — MAGIS-100: A Matter-wave Atomic Gradiometer with Sensitivities to Dark Matter
- Holger Mueller
- Hosten, Onur — Interferometry 2.0: Entanglement (Video)
- Hsu Chung Chuan (Michael) — A compact and laser-induced source of ultracold strontium atoms
- Invited Talk: Accurate measurement of atom surface Casimir-Polder interaction
- Invited Talk: Clock Atom Interferometry and Floquet Atom Optics
- Invited Talk: Cold Atom Quantum Technology to Explore Fundamental Physics
- Invited Talk: Creating a massive minimal uncertainty wavepacket using Gross-Pitaevskii breathers
- Invited Talk: Dark matter searches with matter wave interferometry
- Invited Talk: Determination of the fine-structure constant using atom interferometry
- Invited Talk: From new ways of free electron control to the coherence of multi-electron pulses
- Invited Talk: Helmut Rauch and matter wave interferometry
- Invited Talk: Joint mass-and-energy test of the equivalence principle with atom interferometers
- Invited Talk: Matter-Waves lensing in Dynamic Wave-Guides
- Invited Talk: Multi-photon Atom Interferometry via cavity-enhanced Bragg Diffraction
- Invited Talk: Neutron interferometry for studies of experimental quantum mechanics
- Invited Talk: Observation of a gravitational Aharonov-Bohm effect and its implications for quantum superpositions of Newtonian gravitational fields
- Invited Talk: One-minute coherence in an optical-lattice based atom interferometer
- Invited Talk: Persistent currents for ultracold fermions on a ring
- Invited Talk: Probing Many Body Quantum Systems by Matter Wave Interference
- Invited Talk: Quantum control of an array of optically levitated nanoparticles
- Invited Talk: Quantum Gases in Space for Fundamental Physics and Earth Observation
- Invited Talk: Strapdown Quantum Inertial Measurement Unit
- Invited Talk: Superfluid quantum Bose gas on a shell
- IQ-Hannover: PhD and Postdoc Positions in Artificial Intelligence applied to Atom Interferometry
- Jan Rudolph
- Job advertisements on www.matterwaveoptics.eu
- Jörg Schmiedmayer
- Junca, Joseph — The MIGA project: measuring gravity strain with atom interferometry
- Kamp, Denise — Quantum bifurcations in a Bose-Einstein condensate
- Kang, Seji — Inertial sensing using an expanding atomic point source
- Kolb, Matthias — Towards a cold atom experiment with potassium for realizing the ‘Quantum Klystron’ and levitated atom interferometry
- Kristensen, Sofus Laguna — Properties of Raman beamsplitters using phase modulated light in an optical cavity
- Kumar, Ankit — Jensen’s inequality and the nontrivial dynamics of fundamental forces
- Lecture Notes and Video of Smerzi’s First Lecture are Available
- Lezeik, Ali — VLBAI : Testing Fundamental Physics
- Li, Jing — A Feshbach engine on nonlinear coupled density-spin Bose-Einstein condensates
- Li, Vyacheslav — Frequency offset locking
- Liebmann, Tobias — Controlling multipole moments of magnetic chip traps
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Slides)
- Lisa Wörner — Devices — MW Interferometry in Space (Lecture Video)
- Lisa Wörner (Speaker at FOMO2021)
- López, Luis — Vibrational Postprocessing Module for a Quantum Gravimeter
- Luca Pezzé
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 1)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 2)
- Luca Pezzé — Interferometry 1.1: Quantum Statistics and information theory (Lecture Notes 3)
- Luo, Chengyi — A Guided Matterwave Interferometer with Cavity Aided QND Readout
- Malitesta, Marco — Distributed Quantum Sensing with Squeezed-Vacuum Light in a Configurable Network of Mach-Zehnder Interferometers
- Manz, Stephanie — Interferometry 2.0: Interactions (Lecture Slides)
- Manz, Stephanie — Interferometry 2.0: Interactions (Video)
- Mark Baker — Devices: Painting Optical Potentials (Lecture Slides)
- Mark Baker — Devices: Painting Optical Potentials (Video)
- Mark Baker (Speaker at FOMO2021)
- Mark Kasevich
- Martinez, Victor — Mass defect, time dilation and second order Doppler effect in trapped-ion optical clocks
- Master and PhD Studentships at the Vienna Quantum Nanophysics Group
- Mauro Paternostro
- Maxim Olshanii (Olchanyi)
- Meyer, Bernd — Transfering entanglement from spin to momentum space
- Michael Holinsky
- Michael Holynski (Speaker at FOMO2021)
- Millen, Nathan — Teledyne e2v – Quantum Gravity Sensors
- Mingsheng Zhan
- Mishra, Charu — Guidance of trapped clock states towards realization of rotation sensor
- Monjaraz, Cristian de Jesús López – Towards the implementation of a Dual Quantum Gravimeter based on 133Cs and 87Rb atoms
- Morrison, Rhys — A Radio-Frequency Dressed Ringtrap for Cold Atom Interferometry
- Mukhopadhyay, Annesh — Probing zero-momentum excitations in the stripe phase of a spin-orbit coupled Bose-Einstein condensate
- Naceur Gaaloul
- New, Joshua — CMOS Atom Chips: A lab on a Chip
- Nicola Poli
- Odelli, Manuel — Design of High Fidelity Quantum Waveguides via Shortcuts To Adiabaticity
- Oliver Buchmueller
- Oliver Buchmueller
- Ome, Md. Kamrul Hoque –Galilean Invariance and Lattice Dynamics in a Zeeman Lattice
- Onur Hosten — Interferometry 2.0: Entanglement (Lecture Slides)
- Onur Hosten (Speaker at FOMO2021)
- Pareek, Vinay — Cavity Enhanced Microscopy
- Pasatembou, Elizabeth — Mars, Dark Matter, and Everything in-between
- Pedalino, Sebastian — High-mass matter-wave interferometry
- Perez, Veronica — Grid-based holograms for matter waves lithography: fabrication parameters and resolution
- Peter Hommelhoff
- Petrucciani, Tommaso — Spatial Bloch oscillations of a quantum gas in a “beat-note” superlattice
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 1)
- Pezze, Luca — Interferometry 1.1: Quantum Statistics and information theory (Video 2)
- PhD Position in Guided Matterwave Interferometry
- PhD Position: ULTRACOLD 1D FERMI GASES at the ENS Paris
- Philippe Bouyer
- Philippe Bouyer (Speaker at FOMO2021)
- Pierre Cladé
- Please send in the Abstracts…
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- PostDoc in Quantum Matterwave Optics on Crete (nanoLace)
- Postdoctoral and PhD positions available on Cold Atom Quantum Sensors for Onboard Applications
- Postdoctoral Fellow in Theoretical and Computational Physics
- Postdoctoral position in experimental quantum optics in Budapest
- Puthiya Veettil, Vishnupriya — Frequency stabilization using Saturation Absorption Spectroscopy.
- Rajagopalan, Ashwin — Hybridizing an atom interferometer with an opto-mechanical resonator
- Remi Geiger — Interferometry 1.0: Experiments (Lecture 1, Notes)
- Remi Geiger (Speaker at FOMO2021)
- Remi Geiger: Interferometry 1.0: Experiments (Lecture 1+2, Slides)
- Research Assistant (PhD, m/f/d) in the field of Experimental Physics
- Research Fellow in Cold Atom Gradiometry
- Research Fellow on the AION Project
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Richaud, Andrea — Vortices with massive cores in a binary mixture of BECs
- Rodzinka, T — Bose-Einstein Condensate and Bragg diffraction for atom interferometry
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Ruhl, Joanna — Lagrange bracket approach to quantum fluctuations in macroscopic parameters of NLS breathers
- Safeer, S S — Design and development of Electronics modules for a Compact Cold Atom Inertial System
- Saïda Guellati-Khélifa
- Schach, Patrik — Tunneling-based gravimetry with matter-waves
- Scheduling open for Students’ Presentations
- Seedat, Adam — Optimized beam shapes for atom interferometry
- Semakin, Aleksei — Experiments with ultra-low atomic hydrogen
- Simonsen, Veronica P. — The NanoLace project: Grid-based holograms for matter waves lithography
- Simulation of wavefront propagation for a cold atoms gravimeter (Pesche, Maxime)
- Sinkevičienė, Mažena Mackoit — Quantum metrology: from solids to cold atoms
- SISSA-ICTP-TII Ph.D POSITIONS
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 1)
- Smerzi, Augusto — Interferometry 1.0: Theory (Video 2)
- Sowa, Piotr — Easy setup for observation of two independent lasers interference
- Stefan Gerlich
- Stephanie Manz (Speaker at FOMO2021)
- Tennstedt, Benjamin — High-rate navigation with atom interferometers
- The first version of the website is online
- The Lecture Notes of Remi Geiger are online
- The Lectures are taking shape
- The second Lecture Video is available online now
- The video of Remi Geiger’s Talk is online
- The Videos of Lisa Wörner’s and Philippe Bouyer’s presentations are online now.
- Tomasz Krehlik — EIT spectroscopy in warm Rb vapour – towards preparation of the coupling beam for cold-atoms experiments
- Tzimkas-Dakis, Filippos — Super- and sub-radiance from strongly interacting atomic ensembles
- Upasna, Mtech — Crack formation due to volcanic eruption and measurements of gravity anomaly due to magma-filled dikes
- Uros Delic
- Vinelli, Giuseppe — Measurement of the Gravitational Behaviour of Antimatter
- Wald, Sebastian — Novel Single-Side-Band Stabilization Method for Laser Frequency Shifting
- We have 135 active participants in the first lecture!
- Weak values in the study of quantum correlations (Zamora, Santiago)
- Werner, Michael — Phase shifts of atom interferometers in curved PPN-spacetimes
- Wilson, Gwyn — Resonant Transmission in Smooth Barriers
- Wolf von Klitzing
- Wolf von Klitzing — Atomtronic Matterwave Guides (Lecture Slides)
- Wolf von Klitzing — Atomtronic Matterwave Guides (Video)
- Wolfgang Schleich
- Yuelong (武跃龙) — Few-body atomic spectroscopy based on cold 6Li atoms
- Yuji Hasegawa
- Žlabys, Giedrius — Engineering time-space crystalline structures
