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Super AI #391: AI Symbiote part 3: AI magnetic force and AI quantum chips cover image

Super AI #391: AI Symbiote part 3: AI magnetic force and AI quantum chips

Release Date: Thursday, May 29th, 2025
In 'Super AI #391: AI Symbiote part 3,' Mitchell Kwok explores innovative AI technologies that manipulate atoms using AI telekinesis and AI magnetic force, paving the way for groundbreaking advancements in quantum computing.

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AI magnetic force

There are several methods for AI telekinesis proposed in previous issues of Super AI (not to mention patent applications). AI telekinesis was designed to manipulate objects, all the way down to the individual atoms and their respective subatomic particles. The AI is tinkering with quantum mechanics and physics and to move atoms/molecules remotely. Several methods in combinations and permutations allow AI to manipulate individual atoms, electrons and em radiations.

Another kind of method to manipulate atoms is using AI magnetic force. This method works in tandem with the other methods proposed regarding AI telekinesis, the ability to move and manipulate objects remotely. AI magnetic force targets metal atoms, specifically aluminum, iron, cobalt, nickel, and titanium. Although this method was designed to manipulate metal atoms, it can also be modified to manipulate other elements in the periodic table, including lighter atoms like hydrogen and helium.

AI magnetic force is used to build a ghost quantum chip or an AI quantum chip.