Nuclear Substitute for Optical Computing

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Using gamma rays from radioactive decay as a substitute for photons in optical computing raises significant challenges. The randomness of gamma ray emissions, both in timing and direction, complicates their use in a coherent computing process. Additionally, gamma rays scatter upon interaction with electrons in nearby atoms, further disrupting potential signal integrity. These factors make gamma rays less suitable for controlled computing applications compared to photons. Overall, while the idea is intriguing, the practical limitations hinder its feasibility.
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I am not too well versed on computer engineering or nuclear chemistry.

If a photon can be substituted for the elctron in the logic process of computing (optical computing), why not use a radioactive element in decay emitting gamma rays in place of a photon? Disregard the harmful side effects.

I am not too sure if it is coherent enough, but if the idea of an optical computer is to transmit lgith waves, why not use smaller wavelengths such as the wavelength of the gamma ray?
 
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Well it is a matter that gamma rays from a single atom are not predictable, i.e. each decay is a random event, and the direction of emission is also random.

In addition, gamma rays scatter from electrons in the atom from whose nucleus they are emitted, as well as the other atoms nearby.

So it's not a very well controlled process.
 
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