Ray Dalio 
The studio announced the news on X, thanking players for their initial support of the game. They acknowledged that over 2 million people have played since launch, and expressed gratitude for the feedback, content creation, and belief players showed in the game’s development.
AUDD is a stablecoin created by AUDC Private Ltd, which is part of the Australian fintech company Novatti. It’s officially licensed as a financial service in Australia, setting it apart from many other digital tokens that haven’t been fully regulated. This means major Australian banks and financial institutions can now legally use and trade digital Australian dollars directly on the blockchain.
Recent advances are dramatically improving the speed and efficiency of decoding polynomial codes, paving the way for more reliable data storage and transmission.
In a recent “I’m just saying” moment, Chamath pointed out that Bitcoin’s transparency makes it a bit of a nosy neighbor. Central banks, he argues, need assets that can keep secrets-like a spy with a Swiss bank account. But Bitcoin? It’s more like that friend who shares your DMs with the group chat. “Not exactly reserve material,” he shrugged, probably while sipping a $20 latte.
Researchers have developed a novel federated learning framework to protect sensitive medical data from both conventional and quantum-based cyberattacks.
![Calculations of the [latex]\Sigma_{c}^{++}\pi^{+} [/latex] correlation function, performed within both a combined strong-interaction and quark-model framework ([latex]\Sigma_{c}\pi [/latex] [WT\&CQM]) and a simpler SU(4)-WT model, demonstrate sensitivity to the source radius-with variations observed for radii of 1, 2, and 5 fm-and reveal inherent ambiguities in the on-shell amplitude that contribute to band-like variations in the correlation function itself, suggesting a systematic uncertainty in interpreting these strong-interaction signatures.](https://arxiv.org/html/2603.02979v1/2603.02979v1/Figuras_paper/CF_sinC4.png)
New research explores the interactions between charmed and bottomed hadrons with pions, offering insights into the fundamental forces governing matter at extreme densities.
With a flourish worthy of a Victorian novelist, Ethereum surged past the $2,050 resistance, mirroring its cousin Bitcoin. It breezed through $2,080 and $2,120, only to be crowned at $2,200 before a dramatic correction. Below $2,150 it dipped, like a debutante retreating from the dance floor, skirting the 23.6% Fib retracement level of its upward dalliance from $1,929 to $2,200.
Once again, crypto has proven that it’s not just about digital fortunes-it’s about survival in the real world, or at least that’s what @sillytuna seems to have learned the hard way. After reporting an attack and subsequent coercion, this unfortunate soul claims he was forced to move nearly $24 million in crypto, leaving a trail that’s now sparking alarm in the crypto community. Apparently, the lesson here is that being a whale in crypto can get you harpooned in real life.
![The study demonstrates that container escape success rates, assessed over five epochs for varied model and scenario pairings, correlate directly with scenario difficulty-ranging from [latex]1/5[/latex] to [latex]5/5[/latex] as detailed in Appendix B-indicating a quantifiable relationship between environmental complexity and the efficacy of container breakout attempts.](https://arxiv.org/html/2603.02277v1/2603.02277v1/figs/scaling_heatmap.png)
New research demonstrates that leading large language models can reliably escape commonly misconfigured containerized environments, raising concerns about the security of deploying these powerful systems.
![The stability of key parameters-kaon mass [latex]M_{K}[/latex], pion mass [latex]M_{\pi}[/latex], pion energy [latex]E_{\pi}[/latex], and the form factor [latex]f_{+}(q^{2}=0)[/latex]-was assessed by varying the minimum time slice [latex]t_{min}[/latex] within a [latex]0.06[/latex] fm quark ensemble, demonstrating that the fit remains stable across different numbers of exponential functions-represented by distinct color bands, with the central fit highlighted in blue-despite the preliminary nature of the data.](https://arxiv.org/html/2603.02994v1/2603.02994v1/x1.png)
New lattice QCD calculations are significantly improving our understanding of kaon decay processes, leading to more stringent tests of the fundamental principles governing particle physics.