activity
19942023
most citedAmplification of Cosmological Inhomogeneities by the QCD Transition

132 citations · 267 across the 19 of their papers we have counts for

collaborators

19 papers

gr-qc2023

The Gravito-Maxwell Equations of General Relativity in the local reference frame of a GR-noninertial observer

Christoph Schmid

We show that the acceleration-difference of neighboring free-falling particles (= geodesic deviation) measured in the local reference frame of a GR-noninertial observer is not give…

gr-qc2016

Einstein's equation for non-relativistic sources derived from Einstein's inertial motion and the Newtonian law for relative acceleration

Christoph Schmid

With Einstein's inertial motion (free-falling and non-rotating relative to gyroscopes), geodesics for non-relativistic particles can intersect repeatedly, allowing one to compute t…

gr-qc2016★ 1 cited

Einstein's equations from Einstein's inertial motion and Newton's law for relative acceleration

Christoph Schmid

We show that Einstein's equation for nonrelativistic matter and strong gravitational fields is identical with Newton's equation for relative radial accelerati…

gr-qc2014★ 2 cited

Exact Dragging of Inertial Axes by Cosmic Energy-Currents on the Past Light-Cone

Christoph Schmid

We prove exact rotational dragging of local inertial axes (= spin axes of gyroscopes) by arbitrary cosmic energy-currents on the past light-cone of the gyroscope for linear perturb…

physics.class-ph2012

Newton's superb theorem: An elementary geometric proof

Christoph Schmid

Newton's "superb theorem" for the gravitational inverse-square-law force states that a spherically symmetric mass distribution attracts a body outside as if the entire mass were co…

astro-ph2008

Mach's Principle: Exact Frame-Dragging by Energy Currents in the Universe

Christoph Schmid

We show that the dragging of axis directions of local inertial frames by a weighted average of the energy currents in the universe (Mach's principle) is exact for all linear pertur…