"Gate states may be treated as physical changes in the environment." Unlike "Memory on Disc" (polarization changes), both volatile and non-volatile memories involve changes which can be used to construct PHYSICAL virtual topologies.
Post by twetch#9216
This allows for Hyperstructural Configurations which can then be used for Subbit processing and its monumental efficiency gains. Imagine the the blockchain consuming 1:1800th of the energy it takes at present.
https://ieeexplore.ieee.org/document/7313727
What the chain says
- Block
- 660 026
- Time
- 2020-11-05T23:58:21Z
- Signer
- 1Pkn99xWPjQLP3amKdzRAZ4JVRdDY8QB5w
- App
- twetch
- Type
- post
- Content type
- text/plain
- Name in tx
- twetch#9216
Fields the transaction did not carry are omitted. Open the payload to see the bytes as stored.
1Pkn99xWPjQLP3amKdzRAZ4JVRdDY8QB5w VerifiedReposted by (1)
Replies (18)
Example: At present, the global computing infrastructure uses "Bits" to "Gauge and Manage Charge Flows". That mindset insists that "You have to use bits to interact with charge."
That is a falsehood. We can work with charge against charge directly.
Not only that, the notion of SCADA'like Reactive Programming suggests that not only can we work with charge against charge, we can work with charge in all manner of charge carriers. Temperature, Pressure, Electricity being basic examples:
/ #thomsongate
Example: Cordless Drills DO NOT convert electricity to kinetic energy. That is a myth. The "Electricity" is conserved, it does not transform into kinetics. The kinetic energy is derived from the dissipation of the stored electric charge, not a conversion.
meaning it is not a transaction of one thing exchanging for another, but rather a continuous transformation of that thing into a different state?
In other words, the flow of charge against charge creates the illusion of conversion. By better managing those systems at the species level, we find that Coherence Computing yields phenomenal energetic conservation gains as flow capacitance: "Pools".
this reminds me soooo much of #∃Bit + #R2Я
ohhhhhhhh so this is where CGP comes in
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