Examples of 'lorentzian' in a sentence
Meaning of "lorentzian"
lorentzian (adjective) - Referring to characteristics or properties related to the physicist Hendrik Antoon Lorentz or the mathematical concept of a Lorentzian function or distribution
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- Of or relating to Hendrik Lorentz (1853–1928), Dutch physicist.
- Alternative letter-case form of Lorentzian
How to use "lorentzian" in a sentence
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lorentzian
Lorentzian symmetric spaces are of this kind.
Could be bridged with a lorentzian wormhole.
Lorentzian and euclidean.
In this thesis we study minimal surfaces immersed in lorentzian manifolds.
This preferred form of the lorentzian functions is applicable to each embodiment of the invention.
Minkowski spacetime is a simple example of a Lorentzian manifold.
Only isolated and Lorentzian lines are analyzed.
The induced metric is nondegenerate and has Lorentzian signature.
Our spacetime is modeled by a Lorentzian manifold which has some remarkable symmetries.
It is common for lines to have the shape of a Gaussian or Lorentzian distribution.
Any Lorentzian manifold is a solution of the Einstein field equation for some right hand side.
The broadening effect is described by a Lorentzian profile in most cases.
Suppose a Lorentzian manifold contains a closed timelike curve CTC.
We can create a causal set by sprinkling points into a Lorentzian manifold.
The broadening effect is described by a Lorentzian profile and there may be an associated shift.
See also
These spacetimes form one of the simplest classes of Lorentzian manifolds.
A manifold equipped with a Lorentzian metric is naturally called a Lorentzian manifold.
It produces a beam focusing profile that can be described by the Lorentzian function.
A mixture of Lorentzian and Gaussian shapes yielded no improvement in the fitting.
The idea of a group of motions for special relativity has been advanced as Lorentzian motions.
The Fourier transform of a Lorentzian is an exponential.
A Voigt is the convolution between a Gaussian and a Lorentzian.
The Lorentz or Lorentzian distribution is also known as a Cauchy distribution.
Given a causal set we may ask whether it can be embedded into a Lorentzian manifold.
The Lorentzian peak.
Also some test theories of special relativity use some sort of Lorentzian framework.
Our measurements show a lorentzian momentum distribution, whose width increases with temperatures.
Such metrics are called Lorentzian metrics.
It is the Lorentzian analogue of n-dimensional hyperbolic space.
The Fourier transform of this wave function is a Lorentzian function.
We observe a Lorentzian lineshape of the momentum distribution, characteristic of strongly phase-fluctuating samples.
The general theory of wormholes is discussed by Visser in the book Lorentzian Wormholes.
How familiar are you with Lorentzian traversable wormholes?
Einstein proposed that two points in time-space could be bridged with a lorentzian wormhole.
More generally, a vacuum region in a Lorentzian manifold is a region in which the Einstein tensor vanishes.
The symmetric lines are temperature dependent mixtures of Lorentzian and Gaussian profiles.
In the theory of Lorentzian manifolds, spherically symmetric spacetimes admit a family of nested round spheres.
In the preferred embodiment, the p function is a lorentzian function defined as follows,.
But in general, most negative determinant matrices are neither hyperbolic nor Lorentzian.
After Riemannian manifolds, Lorentzian manifolds form the most important subclass of pseudo-Riemannian manifolds.
It is shown that the mössbauer resonance line is also a lorentzian with a width equal to 2 ¿ n.
These are nonflat Lorentzian spacetimes which admit a self-dual covariantly constant null bivector field.
Unfortunately the response of Fabry-Perot filters is Lorentzian.
A Lorentzian series is highly recommended for real data especially for multiple peaked and / or valleys data.
On a Riemannian manifold it is an elliptic operator, while on a Lorentzian manifold it is hyperbolic.
Category, Lorentzian manifolds.
In modern physics ( especially general relativity ) spacetime is represented by a Lorentzian manifold.
A gaussian or lorentzian pulse shape ;.
Which of course requires some closed-timeline curves and Lorentzian manifold, and.
Curve with a Lorentzian manifold!
