Tesla’s FSD Beta 12.3 shows improvement in navigating tight and congested roads, but still struggles with some scenarios and needs more work on winding mountain roads.
Questions to inspire discussion.
How does Tesla’s FSD Beta 12.3 perform on congested roads?
—The FSD Beta 12.3 shows confidence and assertiveness in navigating tight and congested roads, with improved performance compared to previous versions.
Posted in futurism
Anime Production Inspired Real-World Anime Super-Resolution https://huggingface.co/papers/2403.
demo:
While real-world anime super-resolution (SR) has gained increasing attention in the SR community, existing methods still adopt techniques…
Discover amazing ML apps made by the community.
Posted in futurism
Households generate a significant proportion of greenhouse gas emissions. Smart technology represents a promising opportunity to bring those emissions down. Find out more: 🔗
Bumblebees can learn how to open a two-step puzzle box by observing another trained bee, indicating that these insects can use social learning to acquire a behaviour too complex to otherwise be learnt through individual trial and error.
A new 3D microscope at the Yale West Campus Imaging Core will allow researchers to watch individual molecules move through living cells at 2-to 3-nanometer resolution.
The state-of-the-art tool is the first instrument of its kind installed in the Northeast.
The new decking board not only stores more carbon that is emitted in its production but is also 18 percent cheaper than market prices.
Posted in futurism
XAI release
Release the base model weights and network architecture of, our large language model.
Grok open release. Contribute to xai-org/grok-1 development by creating an account on GitHub.
With skull parts that click together like puzzle pieces and a large central tooth, the real-life sandworm is stranger than fiction.
Amphisbaenians are strange creatures. Like worms with vertebrae, scales, a large central tooth, and sometimes small forearms, these reptiles live underground, burrowing tunnels and preying on just about anything they encounter, not unlike a miniature version of the monstrous sandworms from “Dune.”
Even though they’re found around much of the world, little is known about how amphisbaenians behave in the wild because they cannot be observed while in their natural habitat under sand and soil. But thanks to two papers published in the March issue of The Anatomical Record, new light is being shed on these animals and their specialized anatomy.
