  Various schemes are presented for the generation of circularly polarized
molecular high-order harmonic generation (MHOHG) from molecules. In particular
it is shown that combinations of counter-rotating circularly polarized pulses
produce the lowest frequency Coriolis forces with the highest frequency
recollisions, thus generating new harmonics which are the source of circular
polarized attosecond pulses (CPAPs). These can be used to generate circularly
polarized electronic currents in molecular media on attosecond time scale.
Molecular attosecond currents allow then for the generation of ultrashort
magnetic field pulses on the attosecond time scale, new tools for molecular
atto-magnetism (MOLAM).
