[{"data":1,"prerenderedAt":107},["ShallowReactive",2],{"page:\u002Fillustration":3},{"id":4,"title":5,"author":6,"body":7,"cover":6,"date":6,"description":17,"extension":99,"head":6,"layout":100,"meta":101,"navigation":102,"path":103,"seo":104,"stem":105,"__hash__":106},"pages\u002F5.illustration.md","Illustration",null,{"type":8,"value":9,"toc":92},"minimark",[10,14,18,23,26,40,50,54,57,65,71,75,78,86],[11,12,5],"h1",{"id":13},"illustration",[15,16,17],"p",{},"Interactive 3D diagrams of the optical setups behind the work.",[19,20,22],"h2",{"id":21},"two-stage-nopa","Two-stage NOPA",[15,24,25],{},"An interactive 3D model of the two-stage noncollinear optical parametric amplifier on an enlarged schematic optical table: the seed path, the SHG pump, both amplification stages, the prism compressor, and the motorized delay stages. Drag to orbit, click a component to inspect it up close, and block a pump or the seed to watch the beam path change.",[27,28,31,32],"div",{"className":29},[30],"embed-panel","\n  ",[33,34],"iframe",{"src":35,"title":36,"sandbox":37,"loading":39},"\u002Ftools\u002Fnopa-laser-table.html","Interactive 3D laser-table diagram of a two-stage noncollinear optical parametric amplifier",[38],"allow-scripts","lazy",[15,41,31,42],{},[43,44,49],"a",{"href":35,"target":45,"rel":46},"_blank",[47,48],"noopener","noreferrer","Open the diagram full screen ↗",[19,51,53],{"id":52},"second-harmonic-bandwidth-compressor","Second-harmonic bandwidth compressor",[15,55,56],{},"An interactive 3D illustration of bandwidth compression from 800 nm, 100 fs input pulses to a nominal 400 nm, ~3 ps output. Follow the two opposite-chirp grating arms into a shared BBO focus, and adjust each delay stage independently to explore temporal overlap and output wavelength. Drag to orbit, click an optic to inspect it, or use the beam tour to follow the setup.",[27,58,31,60],{"className":59},[30],[33,61],{"src":62,"title":63,"sandbox":64,"loading":39},"\u002Ftools\u002Fsecond-harmonic-bandwidth-compressor.html","Interactive 3D laser-table illustration of an opposite-chirp second-harmonic bandwidth compressor",[38],[15,66,31,67],{},[43,68,70],{"href":62,"target":45,"rel":69},[47,48],"Open the bandwidth compressor full screen ↗",[19,72,74],{"id":73},"spectral-filtering-femtosecond-to-picosecond","Spectral filtering · femtosecond to picosecond",[15,76,77],{},"An interactive 3D illustration of spectral filtering of a transform-limited 800 nm, 100 fs pulse. A diffraction grating separates the spectrum, a lens focuses each wavelength onto a tunable slit, and a mirror behind the slit sends the accepted light back through the same optics. Tune the input wavelength and pulse duration, then adjust the slit width to see the output bandwidth narrow and the transform-limited duration grow into the picosecond range. The input curves and plot axes stay fixed as the slit changes, so only the output lineshapes respond. The duration calculation includes the temporal sidelobes produced by a hard spectral aperture.",[27,79,31,81],{"className":80},[30],[33,82],{"src":83,"title":84,"sandbox":85,"loading":39},"\u002Ftools\u002Fspectral-filter.html","Interactive 3D spectral-filtering illustration with tunable slit, output bandwidth and transform-limited pulse duration",[38],[15,87,31,88],{},[43,89,91],{"href":83,"target":45,"rel":90},[47,48],"Open the spectral filter full screen ↗",{"title":93,"searchDepth":94,"depth":94,"links":95},"",2,[96,97,98],{"id":21,"depth":94,"text":22},{"id":52,"depth":94,"text":53},{"id":73,"depth":94,"text":74},"md","default",{},true,"\u002Fillustration",{"title":5,"description":17},"5.illustration","rycZE1Sv3W5fg1H2xXWkewca2nnRc-5jkhcrOM5nOZc",1791864814101]