quantum is here

[vurt]

dont know, haven't done it yet.

[Dasheesh]

https://gizmodo.com/scientists-save-sch ... 1835208353

[Dasheesh]

it's here. your old code no longer works. https://twitter.com/intel/status/130952 ... 07939?s=20

[Dasheesh]

revived because of recent interest.

[BertKoor]

revived because of recent interest.

Like what? Did I miss something relevant?

[Dasheesh]

a different thread in the instrument section veered into quantum territory.

[Dasheesh]

there is a reason they are trying to keep the mobile 1 app processor up top. it's a sales game.

[Super Piano Hater 64]

a different thread in the instrument section veered into quantum territory.

You made those posts yourself, and nobody else in the thread knew what you were talking about.

[Dasheesh]

https://www.theregister.com/2022/01/24/ ... t_forging/

Quantum chips upgraded.

[pekbro]

theoretically move forward in time...

are you sure that's just a theory?

It is a theory seemingly. There are some scientific camps that are beginning to think that the
past, present and future exist simultaneously, and that movement through time is only an
illusion created by our limited perceptions. There is mathematical proof of this in fact.
It's because space and time are a singular concept (for all intents and purposes).

Anyway, an interesting follow up.

[VariKusBrainZ]

Theoreticians have found that if they remove the space time function from their calculations theyre alot simpler to calculate and give results closer to expecatations

[osiris]

I asked the Bing AI what kind of oscillator hasn't been done yet and it said a Quantum Resonance Oscillator. I ask what that was and we got into a fascinating discussion about this theoretical oscillator. I asked it how that could be coded into an actual application and it wrote some code, but since it involved quantum decay and other physics type calculations it was a dummy code. Fascinating discussion.

[BertKoor]

Did you ask what type of waveform and frequency would come out of a Quantum Resonance Oscillator?

[gaggle of hermits]

I asked the Bing AI what kind of oscillator hasn't been done yet and it said a Quantum Resonance Oscillator. I ask what that was and we got into a fascinating discussion about this theoretical oscillator. I asked it how that could be coded into an actual application and it wrote some code, but since it involved quantum decay and other physics type calculations it was a dummy code. Fascinating discussion.

apparently bing is a trekkie: https://memory-alpha.fandom.com/wiki/Qu ... oscillator

this is what happens when you train your ai on the contents of the interweb.

admittedly, one hasn't been made yet, so bing was right there, I s'pose.

[BertKoor]

Or it's real:

Quantum Solitons in Solid Matter

Abstract
Abstract
The quantum oscillator (QO) is the quantum-mechanical analog of the classical harmonic oscillator. An arbitrary potential can usually be approximated as a harmonic potential at the vicinity of a stable equilibrium point. Then the QO can be used as the important model systems in quantum mechanics. It is one of the few quantum-mechanical systems for which an exact, analytical solution is known from the Schrödinger equation (SE). Here, we consider the QO behavior on the basement the unified non-local theory (UNLT), compare results with Madelung’s hydrodynamics and apply the UNLT to transport processes in the much more complicated physical systems like graphene. The origin of the charge density waves (CDWs) is a long-standing problem relevant to a number of important issues in condensed matter physics. Mathematical modeling of the CDW expansion as well as the problem of the high-temperature superconducting can be solved only on the basement of the non-local quantum hydrodynamics.

(granted, without the resonance)