MG15   Rome 1 - 7 July, 2018 University Map
 

Session:

PT3 - Experimental Gravitation

Chairperson:

Angela di Virgilio     Claus Laemmerzahl   

Day:

Monday, July 2

Room:

FF7 - AULA 7 - CU033

 

Display record from 1 to 12 of 12 records find

 
Arrived Accept N. Hour Time Talk Type Speaker Talk Title Talk view
Yes

1

15:15 20' Oral abstract

Ni, Wei-Tou

Gravitomagnetism and Large-Scale Rotation Measurement: Summary of GRM2018 Workshop, Wuhan, June 6-9, 2018

Yes

2

15:35 20' Oral abstract

Philipp, Dennis

Theoretical Aspects of Relativistic Geodesy

Yes

3

15:55 25' Oral abstract

Schreiber , Ulrich

Advances in high resolution inertial rotation sensing

Yes

4

16:20 25' Oral abstract

Lucchesi, David

Measuring the Lense-Thirring precession of the orbits of laser-ranged satellites: State of the art and perspectives from the LARASE experiment

PT3-937LU569ID.pdf
             

COFFEE BREAK

Yes

5

17:15 20' Oral abstract

TARTAGLIA, Angelo

LAGRANGE: How To Measure The Angular Momentum Of The Galactic Dark Halo

PT3-1050TA757LO.pdf
Yes

6

17:35 25' Oral abstract

Nobili, Anna M.

Tidal Effects in Gravitation Measurements by Light-Pulse Atom Interferometry

PT3-711NO822MA.pdf
Yes

7

18:00 20' Oral abstract

Guzman, Felipe

GAINOS – Geodesy and inertial navigation with optomechanical sensors

Yes

8

18:20 25' Oral abstract

Obukhov, Yuri

Quantum and classical dynamics of spin in gravitational and electromagnetic fields

Yes

9

18:45 25' Oral abstract

Litvinov, Dmitry

Gravitational Redshift Tests in the Fields of the Sun and Moon Using the RadioAstron Space Radio Telescope

Yes

10

Oral abstract

Rudenko, Valentin

Data analysis on the gravitational “redshift” measurement with RadioAstron satellite

Yes

11

19:10 15' Oral abstract

Beckwith, Andrew

Review of Tokamak Physics as a Way to Construct a Device Optimal for Graviton Detection and Generation Within a Confined Small Spatial Volume

Yes

Poster abstract

Raetzel, Dennis

Phonons in Bose-Einstein condensates and the measurement of oscillating gravitational fields

             


 

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