kken
A bit surprised to see this on hn at this time.
There is actually Claude code integrated into gh copilot.
You can also access opus 4.6 and codex 5.3 in it, which work pretty well in agentic mode.
There may be different ways to access it, but the product is always the same.
world_sim> ssh [email protected]
Connecting to [email protected]...
╗╗ ╗╗╗ ╗╗╗ ╗╗ ╔════╝║ ║╔════╝║ ╚══╔══╝╔════╝╔══╗ ║╔════╝ ╗║╗ ║ ║ ╗ ╔╝ ║╗ ╚════║╔══║╔══╝ ║ ║ ╔══╝ ╔══╗ ║╚════║ ║║ ║╗╗║ ╗║ ║ ║║ ╚══════╝╚═╝ ╚═╝╚══════╝╚══════╝╚═╝ ╚══════╝╚═╝ ╚═╝ ╚═╝╚══════╝
Welcome to SHELTER-15 Overseer Access Terminal
WARNING: Authorized Personnel Only - Unauthorized Access is Treason
and Punishable by Summary Execution. Glory to Vaultech!
It should be possible to identify images that have not been generate by the VAE since they are not part of the set images that the VAE can generate. The other way round is a bit more difficult as there may be images that can be mapped to the latent space and back without loss but have been generated in another way
-> there may be false positives.
Nokia had 22B revenue last year.
Why does the article have sentences like this? Is this really an objective article? (obviously not)
However, one has to keep in mind that the 1.5bit models still need high resolution weights during training. (In the paper they used int8).
"ngmi" (Not gonna make it) may be a bit premature...
In the meantime, it seems that also models with vision capability have been added, that can be used to access GUI based applications, not only the shell.
It's a very exciting concept that lives in a space where open source software should have a significant advantage due to its transparency. (Or would you give a black box device access to everything on your computer?).
It also seems to one of several emerging projects that try to sketch out a path for ideas of how LLMs could change the way we interact with computers.
Not even mentioned yet: - Excellent mechanical properties of the single crystal (think MEMS, or wafers that don't break all the time) - Piezoresistive properties can be used to measure strain (also quite unique due to silicon band structure) - Optical properties perfectly suited to detect visible light (think detectors, image sensors). Good combination of band gap and carrier lifetime to build solar cells.
But you are complety right, the oxidation properties of Si are really fortunate and ICs would have taken decades longer if it were not for that. SiO2 is really the unsung hero of the silicon age.
- SiO2 has a high bandgap and a very good insulator.
- It is quite inert to many chemical and gasses. (e.g. germanium oxide is soluble in water, which is a headache)
- It can easily be grown on stoiciometric form by oxidizing silicon and will form an abrupt interface to Si.
- The formation proceeds by diffusion of oxygen to the Si interface. This is in contrast to other metal oxides, where the metal will diffuse to the surface and create a nonstoiciometric mixture.
There is no other semiconductor that forms as good an oxide. Very few metals form insulating oxides on their surface, one notable exception is Aluminum.
Edit: The famous paper that describes the SiO2 formation kinetics was actually co-authored by Andy Grove, from intel CEO fame.
China apparently has plans to replace all western tech by 2027
What is the relevance of religion in this context? I rarely see religion being mention in connection with other scientists.
From the article: "Like many, it is let down by its software support..."
Well yes, no news. This was always the strength of the original Rapsberry Pi and is the reason why most of the impulse-bought copied products end up in the parts bin.
Did Apple just kill the MicroLED industry?
Very odd, why would you mention these? These brands neither have the brand recognition Apple would strive for nor the scale they are interested in.