Abstract
Filamentation of intense femtosecond laser pulses has recently attracted interest for its potential in applications such as laser-written waveguides in glasses [1] and eye surgery [2]. The evolution of the laser pulse shape and the population of electrons generated during the laser-matter interaction is clearly a key issue for understanding the temporary and permanent physical-chemical changes induced by light filamentation in the medium, which are particularly relevant for application of light filaments to eye surgery [3].
© 2009 IEEE
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