Pushing Vertices
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Satellite data reveal Southern Ocean vertical currents diving 3,000 feet below surface
June 9, 2026 report Satellite data reveal Southern Ocean vertical currents diving 3,000 feet below surface Paul Arnold Author Lisa Lock Scientific Editor Robert Egan Associate Editor Ocean currents are not just horizontal motions that flow from side to side. There are also vertical currents that act like deep-sea elevators, pushing heat and carbon down into the deep, while bringing up vital nutrients and dissolved gases to the surface. Our knowledge of these vertical movements has been...
RollerGirl is a summery rollerblading adventure set in a small town
RollerGirl is a summery rollerblading adventure set in a small town The slice-of-life game features music inspired by 2000s-era pop-punk. Sony's State of Play, the Summer Game Fest showcase and the Xbox Games Showcase may well be commanding much of the attention this week. However, there are dozens of other showcases taking place that are highlighting all kinds of games, often under a specific theme.
Ranking college football's top 100 newcomers for t...
If the upcoming 2026 college football season is anything like its predecessor, transfer quarterbacks and top freshmen will be crucial for many College Football Playoff runs. And by now, with less than 100 days until the start of the season, we can assess rosters and what players did during spring practice with their new teams. While we have analyzed the top newcomer for each Power 4 team, these rankings are regardless of teams.
Thresholded Local Hyper-Flow Diffusion
arXiv:2606.09340v1 Announce Type: new Abstract: Local Hyper-Flow Diffusion (HFD) gives an edge-size-independent Cheeger-type guarantee for seeded clustering in general submodular hypergraphs, but existing HFD solvers do not keep intermediate computation local at every iteration. We introduce Thresholded Local HFD (TL-HFD), a first-order method that maintains an active region around the seeds, performs projected subgradient updates on that region and its immediate boundary, and expands via...
Aussie diver leaves Laos cave rescue
Australian diver Josh Richards leaves Laos cave rescue Wed 3 Jun 2026 at 3:34pm In short: Australian diver Josh Richards has left Laos, after several days spent trying to rescue miners missing in a cave. Mr Richards says the requirements of the mission have changed, and someone with his skill set is no longer needed. Efforts to find and retrieve two men believed to still be in the cave are ongoing, with some members of the international dive team staying back.
What's the deepest cave in the world?
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Meet Argus: The sea-urchin robot with 20 eyes and legs
Most robots are built to look like something. Engineers designing machines to navigate the real world have, for decades, reached for the same reference points: the human skeleton, the dog's four-legged trot, the insect's crawl. These biological templates have produced impressive machines, but they carry an embedded assumption that a robot needs a front, a back, and a preferred direction of travel.
2027 recruiting class rankings: Miami surges into ...
As anticipated, commitments are on the rise and expected to continue to tick up. Miami was a key mover as it pushed into the top-five with multiple four-star additions. One of those was SC Next 300 DE Jaiden Bryant who flipped from LSU.
Gooey: A GPU-accelerated UI framework for Zig
A GPU-accelerated UI framework for Zig, targeting macOS (Metal), Linux (Vulkan/Wayland), and Browser (WASM/WebGPU). Join the Gooey discord Early Development: API is evolving. Example app built with Gooey — chat-zig, an Anthropic Claude client using the Zig 0.16 std.
The Need for Neural ISP in the Small-Pixel Era: How Shrinking Pixels Push Optics to the Limit and Neural Restoration Pushes Back
arXiv:2606.07675v1 Announce Type: Smartphone telephoto cameras are approaching a "telephoto physics wall": as pixel pitches shrink toward sub-0.5 micron, the optics remain limited by geometric aberrations, leading to diminishing returns on resolution. Traditional Image Signal Processors (ISPs) cannot eliminate these aberrations, because they operate through local, stage-wise processing with no explicit model of the underlying point spread function (PSF).