Could I then submit a warranty claim and demand Apple replace my aging laptop with their latest model?

Comments URL: https://news.ycombinator.com/item?id=47753272

Points: 3

# Comments: 0

> At my job we use HyperV, and finding someone who actually knows HyperV is difficult and expensive...

Try offering significantly higher pay.

It doesn't work for me, but that's because I courageously use my headphone jack.

As a result, more used solar should become available on ebay. I'm excited to see what I can do on a shoe string budget.

Example: Maine https://www.mainebar.org/page/ReciprocalAdmission

Texas State Bar is still a thing. This means that it has split from the American Bar Association, but the legal system of Texas is still part of the US Legal system.

I mean BlackRock and Blackstone creating securities backed by real estate in general, not only single family homes.

What if this new type of asset signals to the broader real estate market that regulators favor large investors?

Even more likely, what if this new type of asset succeeds at the expense of first time home buyers?

lzbench has added ZXC to its suite. This makes a nice apples to apples comparison possible.

https://github.com/inikep/lzbench

But the stratum 1 time servers can shrug and route around the damage.

"The QWERTY layout became popular with the success of the Remington No. 2 of 1878...

"The 0 key was added and standardized in its modern position early in the history of the typewriter, but the 1 and exclamation point were left off some typewriter keyboards into the 1970s."

There's always a few oddball variations. But desk work will probably use a qwerty keyboard in the year 2100

But the accompanying XY plot showed samples that overlapped or at least were ambiguous. I immediately lost a lot of my interest in their approach, because traffic lights by design are very clearly red, or green. There aren't mauve or taupe lights that the local populace laughs at and says, "yes, that's mostly red."

I like the idea of studying math by using ML examples. I'm guessing this is a first step and future education will have better examples to learn from.

This team has made a nonlinear lattice that relies on something they call "Joule-Thomson-like expansion." The Joule-Thomsen effect is the ideal gas law in beginning science. PV=nRT. Compression heats a gas, expansion cools a gas.

Why they're studying the equivalent photonics principle [1] is that it focuses an array of inputs, "causing light to condense at a single spot, regardless of the initial excitation position." Usually the problem is that light is linearly independent: two beams blissfully ignore each other. To do useful switching or compute, one of the beams has to be able to act as a control signal.

A photon gas doesn't conserve the number of particles (n) like beginning physics would suggest. This lets the temperature of the gas control the output.

The temperature, driven by certain specific inputs, produces the nonlinear response. I didn't see a specific claim what gain they achieved.

This paper is more on the theoretical end of photonics research. Practical research such as at UBC Vancouver [2] where a device does "weight update speed of 60 GHz" and for clustering it can do "112 x 112-pixel images" - the tech doesn't compete well against electronics yet.

TSMC and NVidia are attempting photonics plays too. But they're only achieving raw I/O with photons. They can attach the fiber directly to the chip to save watts and boost speeds.

Basic physics gets in the way too. A photon's wavelength at near UV is 400 nanometers, but the transistors in a smartphone are measured at 7 nanometers ish. Electrical conduction is fundamentally smaller than a waveguide for light. Where light could maybe outshine electrons is in switching speed. But this research paper doesn't claim high switching speed.

[1] https://en.wikipedia.org/wiki/Photon_gas

[2] https://www.nature.com/articles/s41467-024-53261-x