femt-O-cut

Nanoprocessing with femtosecond near infrared laser pulses

Ultraprecise cutting and hole-drilling combined with high-resolution non-invasive 3D imaging:
• Targeted transfection for optical gene transfer
• Intra-cellular chromosome dissection
• Separation of single cells from histo logical sections
• Optical knocking-out of cellular components
• Nanoprocessing and optical waveguide writing
• Optical data storage

Summary in Adobe PDF format (click here, 1,5 MB)

femtocut

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