New Physical Principle for Interference of Light and Material Particles
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Elsevier
Reference22 articles.
1. Wave–particle duality of C60 molecules;Arndt;Nature,1999
2. Controlled double-slit electron diffraction;Bach;New Journal of Physics,2013
3. Principles of optics;Born,1993
4. Electromagnetic wave fields in the microdiffraction domain;Castañeda;Physical Review A,2014
5. Discreteness of the real point emitters as a physical condition for diffraction;Castañeda;Journal of the Optical Society of America A,2017
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