Mahershala Ali Finally Becomes Blade In Blood-Curdling MCU Fan Art

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Mahershala Ali has been connected to the role of Blade in the Marvel Cinematic Universe for a while. He provided the voice for Blade in a brief scene after the credits of the 2021 film Eternals, and his appearance was used digitally in Marvel Zombies. Wesley Snipes recently returned as Blade in Deadpool & Wolverine, but we still haven’t seen Ali fully take on the role in a live-action movie. Recent fan art shared on Instagram by @70.6ix is getting fans even more hyped to see Ali as the Daywalker, and many believe he’s perfectly cast.

Inside Serena Williams Love All Story With Alexis Ohanian

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During the first part of their 2015 meeting, Reddit cofounder Alexis Ohanian faced a rapid-fire series of personal questions from Serena Williams, her assistant, and agent Jill Smoller. As Ohanian recalled in Williams’ 2024 ESPN+ documentary, In The Arena, it felt like a two-hour interrogation, covering everything from his marital status to whether he had children. No topic was considered too personal.

4 Hulu Masterpiece Series You Must Watch

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Even though Hulu and Disney+ are combining, you’ll still be able to find and watch your favorite Hulu original series on Disney+. From thrilling dramas to heartwarming love stories, Hulu offers a wide range of shows that demonstrate its commitment to powerful and captivating stories.

24 Years Ago Today, Fantasy Movies Were Changed Forever (& Something Even Better Came 1 Month Later)

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The first Harry Potter movie, Harry Potter and the Sorcerer’s Stone, came out in the U.S. on November 16, 2001, bringing the popular books to life on the big screen. The film wasn’t only a faithful and magical adaptation, but also a huge hit, earning $974 million worldwide. At the time, that made it the second highest-grossing movie ever, and it has since surpassed $1 billion with re-releases. Its success proved that the Harry Potter series, and fantasy movies in general, could be incredibly popular, paving the way for seven more films.

Shaping Light’s Quantum Noise

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The study demonstrates manipulation of optical path-dependent coherence—specifically, Hong-Ou-Mandel (HOM) dips—in the Langevin regime, achieving visibilities up to 0.851 through the strategic implementation of $SiO_2$ and $Ti/Au$ layers, and confirming theoretical predictions with measured spectra of heralded idler and signal photons despite inherent complexities of production environments.

Researchers have, for the first time, demonstrated controlled manipulation of quantum fluctuations generated through optical parametric down-conversion on an integrated chip.