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Sandeep T S
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Can anyone share original paper of Hertz experiment on photoelectric effect.
Could you bring that for me, if you had any university affiliationjtbell said:The Wikipedia article about the photoelectric effect has a link to it. Look in the "References" section.
[added] Ah, now I see you have to pay for access to the full article unless you have access through a university or other institution. Maybe if you do a Google search for the full title of the article...
That would be a copyright violation, so no.Sandeep T S said:Could you bring that for me, if you had any university affiliation
I'd have to check with my (former) college's library to see if I have access as retired faculty, but probably only personal use would be allowed; maybe also "institutional" use, i.e. sharing with colleagues or students there.berkeman said:That would be a copyright violation
link for download thisSwamp Thing said:This is not the original published paper, but may still be of interest as it is a book by Hertz. There is a chapter on the UV / photoelectric thing.
https://archive.org/stream/electricwavesbe00hertgoog?ref=ol#page/n18/mode/2up
Some more searching at openlibrary.org and archive.org may turn up the actual paper.
Edit: Actual page here https://archive.org/stream/electricwavesbe00hertgoog?ref=ol#page/n83/mode/1up
Sandeep T S said:link for download this
The Hertz Experiment is a scientific experiment conducted by Heinrich Hertz in 1887 that aimed to demonstrate the existence of electromagnetic waves. He used a spark gap transmitter and a spark gap receiver to generate and detect radio waves.
The Photoelectric Effect is a phenomenon where electrons are emitted from a material when it is exposed to electromagnetic radiation, such as light. This effect was first observed by Heinrich Hertz in his experiment and later studied by Albert Einstein, who explained it using the concept of photons.
The key findings of the Hertz Experiment were that electromagnetic waves can be generated and detected, and that the energy of these waves is directly proportional to their frequency. This supported the wave theory of light and provided evidence for the existence of electromagnetic radiation.
The Hertz Experiment played a crucial role in the development of modern physics by providing evidence for the existence of electromagnetic radiation and supporting the wave theory of light. It also paved the way for further studies on the Photoelectric Effect, which led to the development of quantum mechanics and the understanding of the dual nature of light.
The Hertz Experiment is considered a landmark in the history of science because it provided evidence for the existence of electromagnetic waves, which were later used in technologies such as radio, television, and wireless communication. It also laid the foundation for further advancements in the field of physics and our understanding of the nature of light and energy.