Robert E. ParksChapter 14 Tabletop Alignment Part 1At last, I am back to writing more about optical alignment. The hiatus was due to my realization that most readers are not interested in…Dec 6
InKlein PixelbyAtakan Yiğit ÇengeloğluPerfect Your Designs With Imperfection: Guide to Optical AlignmentDesign is not about symmetry and mathematics, it’s about balance. Use your eyes not rectangular containers.Oct 4
Robert E. ParksChapter 15 Tabletop alignment part 2In Chapter 14, we showed how to determine the axis of a laser beam to which we want to align optical elements and then how to align a…2d ago2d ago
Robert E. ParksChapter 14 Tabletop Alignment Part 1At last, I am back to writing more about optical alignment. The hiatus was due to my realization that most readers are not interested in…Dec 6
InKlein PixelbyAtakan Yiğit ÇengeloğluPerfect Your Designs With Imperfection: Guide to Optical AlignmentDesign is not about symmetry and mathematics, it’s about balance. Use your eyes not rectangular containers.Oct 4
Robert E. ParksChapter 15 Tabletop alignment part 2In Chapter 14, we showed how to determine the axis of a laser beam to which we want to align optical elements and then how to align a…2d ago
Robert E. ParksChapter 13 New Optical Alignment ToolsIn Chapter 12, I commented again on classical optical instruments since there was interest in an earlier discussion. This got me thinking…Dec 3
Robert E. ParksChapter 9 Creating and viewing single paraxial rayFrom the beginning we have said that centering a lens meant aligning the optical axis of the lens to a reference axis. Up to this point we…Jul 25, 2023
Robert E. ParksChapter 3 — Classical optical alignment instrumentsThe most basic optical instrument used for alignment and testing of optics is a collimator, an instrument designed to produce a parallel…May 4, 2023
