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Pattielli
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What do people mean when they say molecular memory ?
Thank you very much in advance,
Thank you very much in advance,
The claim is that molecular interaction isn't a direct physical contact interaction as it is so commonly thought of, but instead that it is a 'spooky action at a distance' via EM waves. Each molecule produces its own particular frequency signature, and biological mechanisms run according to these signatures being produced by the proteins/DNA/RNA molecules present at any given time.
The other implication of their studies, is that water holds a memory of this EM signature, and water which has disolved a particular protein or whatever gets imprinted with this signature. If the solution is then diluted to the nth degree, so that no molecules could be left within the solution, the water should still hold the activity of the molecule that was once present in it. Yes, this is exactly what Homeopathy has always claimed to be the case.
No, none of this is 'accetped' by the scientific community, but that is not a reason to dismiss it.
Molecular memory refers to the ability of certain molecules to store and retrieve information, similar to the way a computer stores and retrieves data. These molecules can be found in living organisms, such as DNA, or can be created synthetically.
Molecular memory works by utilizing the unique properties of certain molecules, such as their ability to change shape or form bonds with other molecules. This allows them to store and retrieve information in a specific sequence, similar to how binary code is used in computer memory.
The potential applications of molecular memory are vast and include fields such as data storage, nanotechnology, and even medicine. It has the potential to greatly increase the storage capacity and speed of computers, as well as being used in the development of new drug delivery systems.
One of the main challenges in developing molecular memory is finding suitable molecules that can reliably store and retrieve information. Another challenge is finding ways to control and manipulate these molecules, as well as integrating them into existing technologies.
Molecular memory differs from traditional electronic memory in several ways. For one, it is much smaller in size and has the potential for higher storage capacity. It also has the potential to be more energy efficient and environmentally friendly compared to traditional electronic memory.