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Gravitational coupling of microscopic source masses: challenges for future quantum Cavendish experiments

Markus Aspelmeyer
June 09, 2021

SAIFR:2560
Physics
Probing gravity of quantum systems in the paradigm of levitated mechanics

Hendrik Ulbricht
June 09, 2021

SAIFR:2561
Physics
Progress towards the quantum measurement regime with optically levitated nanogram-scale masses

David Moore
June 09, 2021

SAIFR:2562
Physics
Probing gravity nonlocally with macroscopically delocalized atom interferometers

Timothy Kovachy
June 09, 2021

SAIFR:2563
Physics
Measuring the higher-order phonon statistics in a nanogram volume of superfluid helium

Jack Harris
June 09, 2021

SAIFR:2564
Physics
Looking for “fifth forces”, dark matter, and quantum gravity with optomechanical sensors

Andrew Geraci
June 09, 2021

SAIFR:2565
Physics
First search for new long range forces at the micron scale using optically levitated microspheres

Chas Blakemore
June 09, 2021

SAIFR:2566
Physics
Matter-wave interferometers on the atom chip

Ron Folman
June 09, 2021

SAIFR:2567
Physics
Quantum information-driven tests of gravitationally-mediated entanglement

Jacob Taylor
June 08, 2021

SAIFR:2557
Physics
Quantum optics at the interface with gravity

Igor Pikovski
June 08, 2021

SAIFR:2558
Physics
Towards Robust Interferometry with Massive Particles

Martin Plenio
June 08, 2021

SAIFR:2552
Physics
The design and use of Stern-Gerlach interferometry for Gravitational Experiments

Ryan Marshman
June 08, 2021

SAIFR:2553
Physics

Title	Speaker Profile(s)	Date	Collection	Type	Info
Gravitational coupling of microscopic source masses: challenges for future quantum Cavendish experiments	Markus Aspelmeyer	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Probing gravity of quantum systems in the paradigm of levitated mechanics	Hendrik Ulbricht	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Progress towards the quantum measurement regime with optically levitated nanogram-scale masses	David Moore	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Probing gravity nonlocally with macroscopically delocalized atom interferometers	Timothy Kovachy	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Measuring the higher-order phonon statistics in a nanogram volume of superfluid helium	Jack Harris	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Looking for “fifth forces”, dark matter, and quantum gravity with optomechanical sensors	Andrew Geraci	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
First search for new long range forces at the micron scale using optically levitated microspheres	Chas Blakemore	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Matter-wave interferometers on the atom chip	Ron Folman	2021‑06‑09	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Quantum information-driven tests of gravitationally-mediated entanglement	Jacob Taylor	2021‑06‑08	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Quantum optics at the interface with gravity	Igor Pikovski	2021‑06‑08	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
Towards Robust Interferometry with Massive Particles	Martin Plenio	2021‑06‑08	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details
The design and use of Stern-Gerlach interferometry for Gravitational Experiments	Ryan Marshman	2021‑06‑08	Challenges for Witnessing Quantum Aspects of Gravity in a Lab	Conference	View details

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Gravitational coupling of microscopic source masses: challenges for future quantum Cavendish experiments

Probing gravity of quantum systems in the paradigm of levitated mechanics

Progress towards the quantum measurement regime with optically levitated nanogram-scale masses

Probing gravity nonlocally with macroscopically delocalized atom interferometers

Measuring the higher-order phonon statistics in a nanogram volume of superfluid helium

Looking for “fifth forces”, dark matter, and quantum gravity with optomechanical sensors

First search for new long range forces at the micron scale using optically levitated microspheres

Matter-wave interferometers on the atom chip

Quantum information-driven tests of gravitationally-mediated entanglement

Quantum optics at the interface with gravity

Towards Robust Interferometry with Massive Particles

The design and use of Stern-Gerlach interferometry for Gravitational Experiments

Gravitational coupling of microscopic source masses: challenges for future quantum Cavendish experiments

Probing gravity of quantum systems in the paradigm of levitated mechanics

Progress towards the quantum measurement regime with optically levitated nanogram-scale masses

Probing gravity nonlocally with macroscopically delocalized atom interferometers

Measuring the higher-order phonon statistics in a nanogram volume of superfluid helium

Looking for “fifth forces”, dark matter, and quantum gravity with optomechanical sensors

First search for new long range forces at the micron scale using optically levitated microspheres

Matter-wave interferometers on the atom chip

Quantum information-driven tests of gravitationally-mediated entanglement

Quantum optics at the interface with gravity

Towards Robust Interferometry with Massive Particles

The design and use of Stern-Gerlach interferometry for Gravitational Experiments