D-Wave announces its next-gen quantum computing platform

That sounds a bit off to me. But I don't know the math of it.

Remember those predictions that Geordie Rose made years ago that by 2023 scientists would make discoveries proving the existence of other dimensions and quantum computing would play a big part in this? He also said that by 2028, there would be AI and machines that could do absolutely anything that a human could do but much better and, again, quantum computers would play a big role in this.

I'm not too familiar with tech stuff so I have to ask, does this new upgrade they are doing put us within reach of them accomplishing either of these goals like Mr. Rose predicted?

for our others ourselves in the multiverse

watch him later after he left d-wave (hardware) and begun KINDRED #AI (software) - about the parallel universes, Mandela effect & access to SUPERIOR intelligence (remember thsoe AIs facebook turned off cause they created a language only they understood)

[link to www.youtube.com (secure)]

watch him later after he left d-wave (hardware) and begun KINDRED #AI (software) - about the parallel universes, Mandela effect & access to SUPERIOR intelligence (remember thsoe AIs facebook turned off cause they created a language only they understood)

[link to www.youtube.com (secure)]

still not a quantum computer....

Their "quantum computers" require you to have the answer you are looking for and their "quantum computer" gives you all possible questions.

sooo....


the answer is 2

the questions are:

1+1
0+2
.1+1.9

etc...


not very useful in processing data...

still not a quantum computer....

Their "quantum computers" require you to have the answer you are looking for and their "quantum computer" gives you all possible questions.

sooo....


the answer is 2

the questions are:

1+1
0+1
.1+1.9

etc...


not very useful in processing data...

I can't believe that no one commented on this yet but me...


This is pretty revolutionary, and is right on track with the expected doubling of qubits every few years...if not faster. D-Wave hasn't even went VLSI with this stuff yet (unless they are hiding something here regarding Pegasus...)

Do you guys even understand the magnitude of even 15 connections between qubits? It's likely going to hit 31 (or 32) after a few more processor iterations...and unless my math is way off base, that puts the connected complexity of the qubits on an order of magnitude that exceeds the number of atomic particles in the physical universe... Anyone care to fathom that one???



Granted, the processors are still going to need cryogenic temperatures that are 180 times colder than pure interstellar space, but just a few months ago, a patent for a new room temperature semiconductor was published (filed by the Navy), so there's hope on the horizon for new quantum processor architectures that are a lot less "physically demanding." Couple that (pun intended) with news...literally days ago...of using terahertz frequency light to accelerate supercurrents, and you just got yourself a really fast quantum computer...

Yeah but how many FPS will it give me in CounterStrike?

still not a quantum computer....

not very useful in processing data...

That sounds a bit off to me. But I don't know the math of it.

I can't believe that no one commented on this yet but me...


This is pretty revolutionary, and is right on track with the expected doubling of qubits every few years...if not faster. D-Wave hasn't even went VLSI with this stuff yet (unless they are hiding something here regarding Pegasus...)

Do you guys even understand the magnitude of even 15 connections between qubits? It's likely going to hit 31 (or 32) after a few more processor iterations...and unless my math is way off base, that puts the connected complexity of the qubits on an order of magnitude that exceeds the number of atomic particles in the physical universe... Anyone care to fathom that one???



Granted, the processors are still going to need cryogenic temperatures that are 180 times colder than pure interstellar space, but just a few months ago, a patent for a new room temperature semiconductor was published (filed by the Navy), so there's hope on the horizon for new quantum processor architectures that are a lot less "physically demanding." Couple that (pun intended) with news...literally days ago...of using terahertz frequency light to accelerate supercurrents, and you just got yourself a really fast quantum computer...

I dont see how a room temp superconductor could help in a quantum computer. They need the cold to stop the particles vibrating and to lower the noise so they can get the quantum coherence and effects out of it.

With all the SuperConducting equipment, does it have an Inertial Mass Dampening Device?

[link to patents.google.com (secure)]

I can't believe that no one commented on this yet but me...


This is pretty revolutionary, and is right on track with the expected doubling of qubits every few years...if not faster. D-Wave hasn't even went VLSI with this stuff yet (unless they are hiding something here regarding Pegasus...)

Do you guys even understand the magnitude of even 15 connections between qubits? It's likely going to hit 31 (or 32) after a few more processor iterations...and unless my math is way off base, that puts the connected complexity of the qubits on an order of magnitude that exceeds the number of atomic particles in the physical universe... Anyone care to fathom that one???



Granted, the processors are still going to need cryogenic temperatures that are 180 times colder than pure interstellar space, but just a few months ago, a patent for a new room temperature semiconductor was published (filed by the Navy), so there's hope on the horizon for new quantum processor architectures that are a lot less "physically demanding." Couple that (pun intended) with news...literally days ago...of using terahertz frequency light to accelerate supercurrents, and you just got yourself a really fast quantum computer...

I wanted to include these on-site videos at the D-WAVE lab because I found them tremendously interesting...

It's almost like "real life" sci-fi, yet you are almost looking at an ENIAC equivalent of future quantum computers... (The ENIAC was essentially the first general-purpose electronic computer, from 1946, to be exact...)

A quantum computer, or a QPU, is (right now) only a specialized type of processor. It is in no way a "general-purpose" processor...it's specialized much like a graphics card GPU is...


That said, here are the goods (and you'll probably be able to watch most of it in the amount of time it takes to drop a deuce...):

QPU Infrastructure:

[link to youtu.be (secure)]

QPU Cooling:

[link to youtu.be (secure)]

QPU Design & Fabrication:

[link to youtu.be (secure)]