From the Superparticle Siegel Symmetry to the Spinning Particle Proper Time Supersymmetry
1988
5 pages
Published in:
- Phys.Lett.B 216 (1989) 302-306
- Published: 1989
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Abstract: (Elsevier)
The classical equivalence between the lagrangians of the N =1, D =10 massless superparticle and spinning particle is established. This is done by fixing the gauge of seven independent Siegel transformations, identifying the remaining Lorentz-covariant Siegel generator with that of n =1 local proper-time supersymmetry of the spin 1 2 particle and redefining the superparticle fermionic degrees of freedom by means of a generalized twistor-like approach.- MECHANICS: CLASSICAL
- SPIN
- SUPERSYMMETRY: SUPERFIELD
- MECHANICS: MASSLESS
- MASSLESS: MECHANICS
- MECHANICS: TEN-DIMENSIONAL
- MECHANICS: ACTION
- DUALITY
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