quamtum.eth

Distributed¹ networks² ∞ modular³ microsystems⁴

[quamtum.eth @QuamtumOne]

Distributed Networks; #IamQuamtum

1. Distributed Networks: Future of technology achieve ultra high speed, optimization, bidirectional distribution(s), fractionalization & shared coordination, refining and extending any functional outcomes in a positive and organized strategy.

[quamtum.eth @QuamtumOne]

Gm

[quamtum.eth @QuamtumOne]

@SalomeBernhart Apparently Einstein had a particular way to remember his dreams. He was holding metal balls (Baoding balls) and while falling as sleep, balls were falling into a metal pot, and the sound was waking him up.

So he could wake up and write up his dreams...

#IamQuamtum #YingYang

[quamtum.eth @QuamtumOne]

Quantum entanglement of a photon made in real-time by the University of Ottawa

1 qubit = ∞

https://t.co/muNWFlAGoo

[quamtum.eth @QuamtumOne]

@Sirlupinwatson gM

[quamtum.eth @QuamtumOne]

While the 1% such as the "core" for example, is also re-shared between every parties, as 1%.

It's called an encryption loop #Cryptoloop

[quamtum.eth @QuamtumOne]

Here we have a great example of Distributed networks or distributed encryption mechanism, it might differ in terms of details from our process, however, the goal is similarly expressed.

Fractionalized pixelencryption as distributed key
#OneKey

[The Interfold @theInterfold]

2/ Encrypted Execution Environments (E3) enable secure computation over multiple inputs of data, which remain encrypted throughout the entire process.

- No trusted operators or hardware.
- Sensitive data is never exposed.
- Each computational step is verifiable.

Only outputs are decrypted.

Read the full blog post: https://t.co/Ots5U3UKVj

[quamtum.eth @QuamtumOne]

3. The network cannot, never, ever be "overtaken", since the key is shared between all systems and #frens
(unless each components, manoeuvre to adversarial behaviour, they will need to form, nothing less than 98% of the key, where 98% = user 1% = core 1% = systems

[quamtum.eth @QuamtumOne]

Mythbusters Demo GPU versus CPU

Modular (parallel microsystems) VS Singular
#Quantum computer VS Traditional computer
Distributed networks VS Singular

Even if the mechanism of a quantum computer is not exactly as this, you still get an idea with visual

https://t.co/83CHyoWe0I

[quamtum.eth @QuamtumOne]

To resume:

- Systems integrated protocol that can produce and "talk" between each other
- Fractionalized and shared resources & cost (bi-directional polarization)
- Speed, speed, speed, it's all about speed (not always but hey 🤪)
- Distributed networks (users, frens, systems)

[quamtum.eth @QuamtumOne]

ORCA computing has been selected by Montana State to supply two PT-1 quantum photonics systems for distributed networks and communication!

I've been working since a few months on this, where, current problem, future outcomes or previsions

2/

https://t.co/dl1mufCPF4

[quamtum.eth @QuamtumOne]

quamtumOne aim to solve these aspect in order of priority

1- Speed
2- Price
3- Interoperability
4- Optimization

However, it take time to start this from scratch, but we already see positive results as current achievements, either from calculus or statistics

6/

[quamtum.eth @QuamtumOne]

Gm

[quamtum.eth @QuamtumOne]

Gm! And it's time! Let's raise some capital!

[quamtum.eth @QuamtumOne]

@NDIDI_GRAM You trash, You a sybil

[quamtum.eth @QuamtumOne]

/8 Versatile phase, use up dual-quadra(...) and-or-as conjunction measures, ensuring interconnectedness with each systems or networks

#IamQuamtum

[quamtum.eth @QuamtumOne]

Distributed Networks; #IamQuamtum

1. Distributed Networks: Future of technology achieve ultra high speed, optimization, bidirectional distribution(s), fractionalization & shared coordination, refining and extending any functional outcomes in a positive and organized strategy.

[quamtum.eth @QuamtumOne]

8/ Coordination: Flexibility and communication can be partitioned, segmented, and from there, distributed or even redistributed, as elastic & interchangeable data.