Scarlett Johansson’s latest film, Jurassic World Rebirth, has become the most popular movie on Netflix in the United States. Since its release on February 28th, it quickly rose to the top of the streaming charts.
New research explores how the mathematical structure of quantum systems determines the strength of their non-local connections, revealing conditions for maximal Bell inequality violation.
However, in its latest market commentary, Grayscale Investments, that paragon of wisdom, noted that now may be an appropriate time for long-term investors to consider allocating their hard-earned coins to crypto. A proposition as enticing as a snake in a boot, but perhaps there’s merit in it.
Researchers have demonstrated that precisely controlling the phase of superconductivity in nickelate materials through nano-patterning can induce unusual metallic behavior and reverse the material’s directional superconducting properties.
Koo Yun-cheol, South Korea’s Deputy Prime Minister and Minister of Finance (a man who likely owns a calculator with feelings), solemnly swore to “review” how the government manages seized crypto. Because nothing says “trust us” like a bureaucratic promise whispered into the void.
The Evil Dead star said he’s been diagnosed with “a type of cancer that’s ‘treatable’ not ‘curable.'”
More than ten years after sharing his path to sobriety, the former Harry Potter star says he now focuses on regular exercise instead of drinking.
Besides disagreeing with the other contestants on where to draw the line, the K-pop star also worried about how American viewers would perceive him on his first reality show.
The first part of the series ended in 2007, and was immediately followed by Naruto: Shippuden. This continuation picks up with the main character two and a half years later, facing even tougher battles. While it’s hard to find an anime quite as good as Naruto, many others capture a similar feeling. Comic Book recently highlighted 10 shows with that same spirit, but there are plenty more to explore.
![Silicon’s transition between the Si-XIII phase and its more stable, metastable counterparts-including BC8, R8, and the [latex]d_c[/latex] and [latex]h_d[/latex] phases-is not singular, but rather unfolds along multiple minimum energy pathways, as determined by Solid State Nudged Elastic Band calculations, suggesting a complex energy landscape governing phase transformations in this foundational material.](https://arxiv.org/html/2602.24248v1/2602.24248v1/x4.png)
After decades of pursuit, researchers have finally determined the precise atomic structure of the elusive Si-XIII phase of silicon, resolving a long-standing challenge in materials science.