Add to ORKGGINGER is a proposed tridimensional array of laser gyroscopes with the aim of measuring the Lense-Thirring effect, predicted by the General Relativity theory, in a terrestrial laboratory environment. We discuss the required accuracy, the methods to achieve it, and the preliminary experimental work in this direction
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...
After reviewing the signal to be expected from a ring laser of convenient size, located on earth, t...
After reviewing the signal to be expected from a ring laser of convenient size, located on earth, th...
Light is a good probe for general relativistic effects. Exploiting the asymmetry of the propagation ...
GINGER (Gyroscopes IN GEneral Relativity) is a proposal for measuring in a ground-based laboratory t...
The paper discusses the optimal conguration of one or more ring lasers to be used for measuring the...
GINGER (Gyroscopes IN General Relativity) is a proposal for an Earth-based experiment to measure the...
The Gross Ring G is a square ring laser gyroscope, built as a monolithic Zerodur structure with 4 m ...
The Gross Ring G is a square ring laser gyroscope, built as a monolithic Zerodur structure with 4 m ...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
GINGER (Gyroscopes IN General Relativity) is a project aiming at measuring the Lense-Thirring effect...
GINGER (Gyroscopes IN General Relativity) is a project aiming at measuring the Lense-Thirring effect...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...
After reviewing the signal to be expected from a ring laser of convenient size, located on earth, t...
After reviewing the signal to be expected from a ring laser of convenient size, located on earth, th...
Light is a good probe for general relativistic effects. Exploiting the asymmetry of the propagation ...
GINGER (Gyroscopes IN GEneral Relativity) is a proposal for measuring in a ground-based laboratory t...
The paper discusses the optimal conguration of one or more ring lasers to be used for measuring the...
GINGER (Gyroscopes IN General Relativity) is a proposal for an Earth-based experiment to measure the...
The Gross Ring G is a square ring laser gyroscope, built as a monolithic Zerodur structure with 4 m ...
The Gross Ring G is a square ring laser gyroscope, built as a monolithic Zerodur structure with 4 m ...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
GINGER (Gyroscopes IN General Relativity) is a project aiming at measuring the Lense-Thirring effect...
GINGER (Gyroscopes IN General Relativity) is a project aiming at measuring the Lense-Thirring effect...
Ring laser (RL) gyroscopes are, at present, the most precise sensors of absolute angular velocity. I...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...
Two ring laser gyroscopes are being developed by the INFN in view of fundamental Physics application...