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Marcioni essentially stole everything from a Telsa lecture he had attented.
Marconi's patents were voided in the '40's.
So, to recap, the 1943 decision didn't overturn Marconi's original patents, or his reputation as the first person to develop practical radiotelegraphic communication. It just said that the adoption of adjustable transformers in the transmitting and receiving circuits, which was an improvement of the initial invention, was fully anticipated by patents issued to Oliver Lodge and John Stone Stone. (This decision wasn't unanimous, but the dissents sided not with Tesla, but with Marconi.)
originally posted by: Phage
a reply to: punkinworks10
Marcioni essentially stole everything from a Telsa lecture he had attented.
Marconi's patents were voided in the '40's.
False. 2x.
In 1943 a single patent Marconi patent (for a tuning circuit) was overturned and it had nothing to do with Tesla.
So, to recap, the 1943 decision didn't overturn Marconi's original patents, or his reputation as the first person to develop practical radiotelegraphic communication. It just said that the adoption of adjustable transformers in the transmitting and receiving circuits, which was an improvement of the initial invention, was fully anticipated by patents issued to Oliver Lodge and John Stone Stone. (This decision wasn't unanimous, but the dissents sided not with Tesla, but with Marconi.)
earlyradiohistory.us...
Similarly, the luminosity of the electromagnetic signal and its delay relative to a gravitational wave can be used to probe the physics of gravity (such as the equivalence principle) in ways that were not possible through either type of observation alone.
originally posted by: punkinworks10
Lets say you were in a galaxy that experienced a gamma ray burst, but far away, what would the gravity wave feel like in such close proximity to the source as it passes?