The superconducting gravimeter was developed and applied to field measurements. The stability of the instrument yielded the highest precision measurements of the Earth tides ever attained. It revealed unprecedented details about the effect of the atmosphere on gravity. Secular variations in gravity and the stability of the instruments were measured by comparing records from co-located instruments. These efforts have resulted in substantial reductions in the noise level at very low frequencies so that the peak differences between two instruments at the same location can be reduced to 0.1 micron gal
Diurnal and long period earth tides were measured to high accuracy and precision with the supercondu...
International audienceThis paper evaluates different data-processing methods to determine the gravit...
For comparison of noise levels between superconducting gravimeters (SGs) and gPhone gravimeters, we ...
A sensitive and stable gravity gradiometer would provide high resolution gravity measurements from s...
In this work, advanced methods and processing schemes for the analysis of data from a Superconductin...
The availability of superconducting gravimeters (SGs) enables us to collect high-precision gravity o...
peer reviewedIn December 2019, the latest generation transportable superconducting gravimeter (SG) i...
Contributions of superconducting gravimeters to the study of the Earth System, including the study o...
The network of more than 24 superconducting gravimeters (SGs) of the Global Geodynamics Project (GGP...
International audienceThis study is a metrological investigation of eight superconducting gravimeter...
Preparing for joint analysis of absolute gravity (AG) campaigns, this report investigates whether as...
The GWR Superconducting Gravimeter (T015) is working continuously in a laboratory of the Research Ce...
The aim of this thesis is to investigate various procedures for the processing of high rate and high...
peer reviewedAdvances in gravity instrumentation have allowed for the determination of the absolute ...
International audienceSince July 2015 a Superconducting Gravimeter (SG) of the latest generation, th...
Diurnal and long period earth tides were measured to high accuracy and precision with the supercondu...
International audienceThis paper evaluates different data-processing methods to determine the gravit...
For comparison of noise levels between superconducting gravimeters (SGs) and gPhone gravimeters, we ...
A sensitive and stable gravity gradiometer would provide high resolution gravity measurements from s...
In this work, advanced methods and processing schemes for the analysis of data from a Superconductin...
The availability of superconducting gravimeters (SGs) enables us to collect high-precision gravity o...
peer reviewedIn December 2019, the latest generation transportable superconducting gravimeter (SG) i...
Contributions of superconducting gravimeters to the study of the Earth System, including the study o...
The network of more than 24 superconducting gravimeters (SGs) of the Global Geodynamics Project (GGP...
International audienceThis study is a metrological investigation of eight superconducting gravimeter...
Preparing for joint analysis of absolute gravity (AG) campaigns, this report investigates whether as...
The GWR Superconducting Gravimeter (T015) is working continuously in a laboratory of the Research Ce...
The aim of this thesis is to investigate various procedures for the processing of high rate and high...
peer reviewedAdvances in gravity instrumentation have allowed for the determination of the absolute ...
International audienceSince July 2015 a Superconducting Gravimeter (SG) of the latest generation, th...
Diurnal and long period earth tides were measured to high accuracy and precision with the supercondu...
International audienceThis paper evaluates different data-processing methods to determine the gravit...
For comparison of noise levels between superconducting gravimeters (SGs) and gPhone gravimeters, we ...