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Re:ASML, a $300B Dutch firm, makes the machines that make se... by 01100011 on Sunday August 22, 2021 @11:11PM (#28271958)
> you have to build a particle accelerator

That's not exactly difficult. Particle accelerators are all over these days, from medical applications(radiotherapy with liniacs) to materials inspection(portable cyclotrons).

Re:ASML, a $300B Dutch firm, makes the machines that make se... by s0rce on Sunday August 22, 2021 @11:30PM (#28272062)
X-ray producing synchrotrons are generally pretty large and expensive. There has been thoughts of using them for lithography and microfabrication in the past (see LIGA) that haven't really panned out. There are companies working on more advanced laboratory sources, but mostly for analytical applications (EasyXAFS, Sigray). There is a company working on a lab scale synchrotron (lyncean tech).
Re:ASML, a $300B Dutch firm, makes the machines that make se... by 01100011 on Monday August 23, 2021 @02:26AM (#28272833)
Do you need to use a synchrotron? Is the radiation generated coherent or something? Otherwise why not use a liniac or cyclotron?
Re:ASML, a $300B Dutch firm, makes the machines that make se... by tullatulla on Monday August 23, 2021 @07:15AM (#28274253)
You would really need a free electron laser to produce sufficient photons at the desired wavelength.

The lower the wavelength, the less photons you have at constant power, so shot noise becomes an issue...