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Symmetric M-theory backgrounds

100%

Figueroa-O’Farrill J.

Open Physics

2013

vol. 11

issue 1

1-36

We classify symmetric backgrounds of eleven-dimensional supergravity up to local isometry. In other words, we classify triples (M, g, F), where (M,g) is an eleven-dimensional lorentzian locally symmetric space and F is an invariant 4-form, satisfying the equations of motion of eleven-dimensional supergravity. The possible (M,g) are given either by (not necessarily nondegenerate) Cahen-Wallach spaces or by products AdSd × M11−d for 2 ⩽ d ⩽ 7 and M11−d a not necessarily irreducible riemannian symmetric space. In most cases we determine the corresponding F-moduli spaces.

Application of fluorescent markers for homogeneity assessment of grain mixtures based on maize content

100%

Matuszek D. B., Wojtkiewicz K.

Chemical and Process Engineering

2017

vol. 38

issue 4

Fluorescence optical analysis method for assessing homogeneity of granular mixtures

86%

Matuszek D. B., Królczyk J. B., Matuszek D. B., Królczyk J. B.

Metrology and Measurement Systems

2021

vol. 28

issue 1

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1 Wojtkiewicz K.

Search results

Symmetric M-theory backgrounds

Application of fluorescent markers for homogeneity assessment of grain mixtures based on maize content

Fluorescence optical analysis method for assessing homogeneity of granular mixtures