By Patrick Wood - October 26, 2023

I wrote on August 17, 2017, “Proponents of Technocracy are counting on the coming-of-age of quantum computers to enable their science of social engineering and world control. However, this leading physicist says that quantum computers will be ‘tools of destruction, not creation,’ and I think we should be asking some hard questions.” You may think this is over your head, but it’s not a stretch for you to see the train about to hit us.

In 1998, the first 2-qubit computer was demonstrated. In January 2019, IBM released a commercially usable quantum computer called System One that was based on 20 qubits. By November 2021, IBM released a 127-qubit computer called Eagle. The first attempt to break the 100-qubit barrier was in November 2022. IBM unveiled the Osprey in November 2022, based on 433 qubits. In October 2023, Atom Computing leapfrogged over IBM with its 1180-qubit quantum rendition but with a twist: Atom’s version runs at room temperature. Note in the video below that Atom sees its technology scaling to “tens of thousands of qubits & beyond.”

- 1988 – 2-qubit
- 20 qubits – January 2019
- 127 qubits – November 2020
- 433 qubits – November 2022
- 1,180 qubits – October 2023
- 5,000 qubits (estimated) – November 2024
- 10,000 qubits (estimated) – November 2025

Thus, in sixty months, this capacity has multiplied by almost 60 times. It will continue this exponential curve in the future.

In terms of processing power, we can compare it with what we know today: bits vs. qubits. A “byte” has 8-bits. A megabyte has 1,000,000 bytes. A gigabyte is 1,000 megabytes. A terabyte is 1,000 gigabytes or roughly 1 trillion bytes. So, if you have one of those modern stone-age marvels that sports 64MB of RAM and 1TB of disk space, you will get the picture here…

Time Magazine wrote this in January 2023:

In November, IBM unveiled its new 433-qubit Osprey chip—the world’s most powerful quantum processor, the speed of which, if represented in traditional bits, would far exceed the total number of atoms in the known universe.

What? Further, the director of research at IBM added, “We now have a way to engineer machines that will have tens of thousands of qubits.”

God help us!

What is the top application for quantum computing? ARTIFICIAL INTELLIGENCE. The Technocrat hoards in the AI universe are lusting to . . .

[SNIP]