Timelike structures of ten-dimensional supersymmetry

Transmission properties of one dimensional fractal structures

In this paper, the optical properties of one dimensional fractal structures are investigated. We consider six typical fractal photonic structures: the symmetric dual cantor-like fractal structure, the asymmetric dual cantor-like fractal structure, the single cantor-like fractal structure, the symmetric dual golden-section fractal structure, the asymmetric dual golden-section fractal structure a...

A Ten-Dimensional Super-Yang-Mills Action with Off-Shell Supersymmetry

After adding seven auxiliary scalar fields, the action for ten-dimensional super-YangMills contains an equal number of bosonic and fermionic non-gauge fields. Besides being manifestly Lorentz and gauge-invariant, this action contains nine spacetime supersymmetries whose algebra closes off-shell. Octonions provide a convenient notation for displaying these symmetries. Ten-dimensional super-Yang-...

Periodic Interference Structures in the Timelike Proton Form Factor.

An intriguing and elusive feature of the timelike hadron form factor is the possible presence of an imaginary part associated to rescattering processes. We find evidence of that in the recent and precise data on the proton timelike form factor measured by the BABAR Collaboration. By plotting these data as a function of the 3-momentum of the relative motion of the final proton and antiproton, a ...

Näıve Dimensional Analysis and Supersymmetry

In strongly-coupled theories with no small parameters, there are factors of 4π that appear when the couplings of the low-energy effective lagrangian are written in units of the effective cutoff Λ. These numerical factors can be explained using “näıve dimensional analysis.” We extend these ideas to supersymmetric theories, and show how to systematically include small parameters and couplings to ...

Dynamic Analysis of Three Dimensional Asymmetric Isolated Structures