Sentence examples for gravity metric from inspiring English sources

The metric has two terms [9, 12 14], one corresponding to the real spacetime metric and a second term, corresponding to what we call the analogue gravity metric, which depends on BEC parameters such as velocity flows and energy density.

When a source peak is contained within more than one target ROI (i.e., two or more target ROIs overlap), the Newton assignment algorithm assigns the source peak to the target ROI with the greatest "gravity metric" (product of source peak and target peak intensities divided by the spectral distance between the source and target peak summed over all target peaks).

Finally, there is actually even a third version of f (R) gravity: metric-affine f (R) gravity [9, 10].

For oil having the same gravity, a metric ton is equal to approximately 252 imperial gallons or about 7.2 U.S. barrels.

Indeed this is the case: f (R) gravity in the metric formalism is called metric f (R) gravity, and f (R) gravity in the Palatini formalism is called Palatini f (R) gravity [8].

Therefore, in section "Metric-affine formalism of f (R) gravity," we study the metric-affine formalism of the modified gravity in the detailed review.

Since one of the main motivations for the development of the BHAC code is to simulate BH accretion in arbitrary metric theories of gravity, the coordinates and metric data-structures have been designed to allow for maximum flexibility and can easily be extended.

In this theory, gravity is described through a metric tensor (g_{mu nu }) and a scalar field (Phi), which replace Newton's gravitational constant.

The Rezzolla-Zhidenko parameterisation (Rezzolla and Zhidenko 2014) has been proposed to describe spherically-symmetric BH geometries in metric theories of gravity.

Clearly, metric-affine f (R) gravity is the most general of these theories and reduces to metric or Palatini f (R) gravity if further assumptions are made.

What is gravity, anyway, but a non-GAAP metric designed to degrade your dollar churn on a year-over-year basis.