… concepts of space and time … relativity, as well as his discovery of general relativity in 1915.
The implications for and applications of general relativity within the fields of space geodesy is …

… general relativity theory) including relativistic effects to lowest order is sufficient for practically
all geodetic … Such stable clocks allow highly accurate use of the spacegeodetic techniques …

… in General Relativity, theoretical physics, space geodesy and … accurate measurements of
General Relativity, in particular a … tests of this general relativistic phenomenon. LARES 2 will …

… we focus on the general relativistic foundational notions in geodesy, discuss the potential for
geodesic … , and comment on recent investigations on applications involving clocks in space. …

… There is a general relativistic time difference when the two clocks are exposed to different
geopotentials during transportation. This time difference can be computed for t~ = 0 (cf. eq. …

… We show that in general relativity the level surface of homogeneous and … Relativistic
geodesy is an advanced branch of physical geodesy that is based on Einstein,s general relativity …

… general relativity in geodetic theory and in geodetic applications. This includes the description
of curved space-… Homogenization of height systems using space geodesy such as GPS is …

… The theoretical underpinning of geodesy should therefore be based on the special and the
general theory of relativity, … This new “relativistic geodesy” is the topic of the present volume. …

… the De Sitter effect, also known as geodetic precession. For Galileo in eccentric orbits, the
accelerations caused by general relativity equal at maximum 388.3, − 25.3, and 4.6 ⋅10 −12 …

… space experiment aimed at a very accurate test of frame-dragging and at other tests of
fundamental physics and measurements of space geodesy … Sitter effect, or geodetic precession, in …