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Writing 3D refractive index modifications in ophthalmic polymers and ocular tissues - a novel means of altering refraction and biomechanics with minimal cellular damage
Last modified: 29-07-2011
Abstract
We previously reported on the use of tightly focused, high repetition rate, nanojoule energy femtosecond pulses in the near infrared to write permanent, high quality, 3D, strong refractive index modifications into hydrogels and other polymers. Here, we discuss the optimization of laser and material properties, and progress toward devices and applications. (...)
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