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Alan learned Clojure mostly by writing code to make microscopic optical devices by direct laser writing (DLW). DLW uses a highly focused laser to produce controlled chemical reactions in a custom polymer. Those reactions make the polymer change state from solid to liquid or vice versa in regions of microscopic size. During this talk, you will discover the structures made, the code written to make them, and some of the lessons learned along the way.
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Lightning Talk: Microscopic Clojure
Alan Forrester
Alan Forrester's main claim to fame is completing all the problems on 4clojure. His less impressive achievements include a PhD. in physics and working on a geographical information system.
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SkillsCast
Please log in to watch this conference skillscast.
Alan learned Clojure mostly by writing code to make microscopic optical devices by direct laser writing (DLW). DLW uses a highly focused laser to produce controlled chemical reactions in a custom polymer. Those reactions make the polymer change state from solid to liquid or vice versa in regions of microscopic size. During this talk, you will discover the structures made, the code written to make them, and some of the lessons learned along the way.
YOU MAY ALSO LIKE:
Thanks to our sponsors
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About the Speaker
Lightning Talk: Microscopic Clojure
Alan Forrester
Alan Forrester's main claim to fame is completing all the problems on 4clojure. His less impressive achievements include a PhD. in physics and working on a geographical information system.