#### arivero

Gold Member

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At a high probability, this date will mark the sad end of this mathematical structure. It will become embedded in a hundred of papers unfocusing any previously known detail of Penrose' objects, which will adquire past tomorrow a completely new meaning.

Of course it is happening since December, and Witten's article has already got over 40 citations.

Anticipating Marcus, I will review Spires:

FIND T TWISTOR OR T TWISTORS AND DATE

1999 -> 6

2000 -> 10

2001 -> 10

2002 -> 0

2003 -> 6 (Incl. 0312171)

... BEFORE 2004: 258 papers

2004 -> 16

The top-cited papers on twistors

180) Edward Witten, TWISTOR - LIKE TRANSFORM IN TEN-

DIMENSIONS.

Nucl.Phys.B266:245,1986.

169) R. Penrose, M.A.H. MacCallum, TWISTOR THEORY: AN

APPROACH TO THE QUANTIZATION OF FIELDS AND SPACE-TIME.

Phys.Rept.6:241-316,1972.

163) Dmitri P. Sorokin, V.I. Tkach, D.V. Volkov,

SUPERPARTICLES, TWISTORS AND SIEGEL SYMMETRY.

Mod.Phys.Lett.A4:901-908,1989.

159) R. Penrose, NONLINEAR GRAVITONS AND CURVED TWISTOR

THEORY.

Gen.Rel.Grav.7:31-52,1976.

113) R. Penrose, TWISTOR ALGEBRA.

J.Math.Phys.8:345,1967.

61) Ingemar Bengtsson, Martin Cederwall, PARTICLES, TWISTORS

AND THE DIVISION ALGEBRAS.

Nucl.Phys.B302:81,1988.

60) A. Galperin, E. Sokatchev, A TWISTOR LIKE D = 10

SUPERPARTICLE ACTION WITH MANIFEST N=8 WORLDLINE

SUPERSYMMETRY.

Phys.Rev.D46:714-725,1992.

57) Y. Eisenberg, S. Solomon, THE TWISTOR GEOMETRY OF THE

COVARIANTLY QUANTIZED BRINK-SCHWARZ SUPERPARTICLE.

Nucl.Phys.B309:709,1988.

Witten's hep-th/0312171 has already got 41 citations.