If they could field an entire piglet team, I’d be a Liverpork superfan

Are you saying I could enjoy a spot of Earl Grey on my deathbed?

I’d crack open a glove.

Still dead, naturally, but I’ma leave a pretty corpse.

W.E.B. Griffin liked this

> A good procrastinator always eventually gets around to adding 20% to his time estimates.

Hayfork you too, buddy.

> The finish line don’t have

There’s a lot going on in this post.

From the “yee-haw redneck” grammar, to the questionable “4th beer” cropping…

On the bright side, I suppose it leaves a lot of room for engagement.

[Overview]

>The essential idea of these analog devices, Goldhaber-Gordon said, is to build a kind of hardware analogy to the problem you want to solve, rather than writing some computer code for a programmable digital computer.

>For example, say that you wanted to predict the motions of the planets in the night sky and the timing of eclipses. You could do that by constructing a mechanical model of the solar system, where someone turns a crank, and rotating interlocking gears represent the motion of the moon and planets.

[Analog - Antikythra Mechanism]

>In fact, such a mechanism was discovered in an ancient shipwreck off the coast of a Greek island dating back more than 2000 years. This device can be seen as a very early analog computer.

[Back to the Point]

>Not to be sniffed at, analog machines were used even into the late 20th century for mathematical calculations that were too hard for the most advanced digital computers at the time.

>But to solve quantum physics problems, the devices need to involve quantum components.

[Crux of the advance]

>The new Quantum Simulator architecture involves electronic circuits with nanoscale components whose properties are governed by the laws of quantum mechanics. Importantly, many such components can be fabricated, each one behaving essentially identically to the others.

>This is crucial for analog simulation of quantum materials, where each of the electronic components in the circuit is a proxy for an atom being simulated, and behaves like an 'artificial atom." Just as different atoms of the same type in a material behave identically, so too must the different electronic components of the analog computer.

[Why is it important?]

>The new design therefore offers a unique pathway for scaling up the technology from individual units to large networks capable of simulating bulk quantum matter. Furthermore, the researchers showed that new microscopic quantum interactions can be engineered in such devices. The work is a step towards developing a new generation of scalable solid-state analog quantum computers.

Yes, yes, a moose once bit my sister too

u got old and tiring by now

boom roasted

> It's actually what it's called. Do a search for "water cycle".

I confess, I was a bit nervous

It’s not every day one gets a lesson from the original Captain Obvious.

You’re fun.

And your mother dresses you appropriately

That’s like a Jetski, right?

> She looks like a Picasso.

Yes, 911, I need to report a murder

> Officers later impounded the watch, placing it inside a biohazard bag, police said.

“Come with me if you want to rock”

^ Arnold Swartzentruber

I broke my MP600 twice, admittedly user mismanagement — mailed it in and asked what it would cost to replace broken knife and they just sent me a full new MP600 both times

I’ll only buy Gerber now for multis or knives etc

You’ve painted yourself into a philosophical corner.

Since “Banksy isn’t famous,” you surely didn’t get the reference and had to look up “Banksy.”

Take the L, move along.

Best wishes.

Could you pick him out of a line-up?

I heard that part of 'fame' is being 'recognisable'

“Banksy isn’t famous.”

r/OneJob

Poster child