Clue

Image via Marvel Studios The MCU timeline is more of a tangled mess than a straight line at this point, and the lives of the Guardians of the Galaxy are no exception to that. While the cosmic team’s first movie was simply set in its release year (2014), Vol. 2 also takes place later that same year despite being released in 2017. Things get way more complicated thanks to Avengers: Endgame shifting the present-day forward to 2023, meaning Guardians of the Galaxy Vol. 3 probably occurs in 2025. The problem here,…

It has been a hell of a time in the world of games. As people reckon with the reveal that Wizards of the Coast sent Pinkertons after a Magic: The Gathering leaker, more and more actual plays and streams are releasing massively produced and slick games. We’re excitedly waiting for The Ravening War—Dimension20's next installment in the A Crown of Candy series—and in the meantime, thoroughly enjoying My First Dungeon’s DIE AP. How Conspiracy Theories and Disinformation Spiral Out of Control on the Internet | TechModoWe’ve…

via Warner Bros. Zack Snyder spent the weekend hanging out with his fans at his Fill Circle event, a three-day convention that celebrated the director’s contributions to the now defunct DC universe. The panels saw more than a few Snyder what-if plans and the reveals have some fans thanking the comic book gods for taking the director as far away from the future of DC as possible. The little things really do add up to a lot, and when you look at those infractions together, they start to paint a very strange…

There's something really odd about the Sun.Actually, there's a lot of odd somethings about the Sun, but a ground-breaking space probe has just given us the clue we might need to solve one of them. New observations from the European Space Agency's (ESA) Solar Orbiter suggest that the constant reconnection of tiny magnetic field lines may be at least part of the reason why some parts of the Sun are so much hotter than others."It's a star," you are no doubt thinking. "Of course it is hot."The problem is the surface of the…

This revelation offers insight into why we age and what critical cellular machinery we must keep running to combat age-related diseases, according to Maria Carolina Florian, a stem cell biologist at the Catalan Institution for Research and Advanced Studies who was not involved in the work. To Florian, it suggests the possibility of creating drugs that can maintain this control for stem cells. It looks particularly important, she says, “because of this possibility to be targeted—to be able to reverse aging.”Signer’s lab…

Every so often, the fine folks over at Hasbro redesign Clue. Now and again, this process involves a bigger overhaul that includes new characters, new rooms and/ or new weapons, but more often than not, it’s more of a cosmetic thing that just involves giving the six classic characters a new visual look. These new looks don’t typically attract a ton of attention, but then again, Mrs. White has never been redesigned to look a sexy badass chef with confident and dark energy. Her haircut is pretty sweet too.The official…

Researchers from Scripps Research and MIT have made a significant breakthrough in understanding the molecular basis of Alzheimer’s disease, which may also provide insight into the higher risk of the disease among women.Scripps Research and <span class="glossaryLink" aria-describedby="tt" data-cmtooltip="<div class=glossaryItemTitle>MIT</div><div class=glossaryItemBody>MIT is an acronym for the Massachusetts Institute of Technology. It is a prestigious private research…

In research that could lead to a fundamental treatment of autism spectrum disorder, scientists have identified the cell-specific molecular network of the developmental disability.Scientists in South Korea have succeeded in identifying the cell-specific molecular network of autism spectrum disorder. It is expected to lay the foundation for treating autism spectrum disorder. Published in the journal Molecular Psychiatry, the research was conducted by Professor Kim Min-sik’s team of researchers at the Department of New…

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Cervical cancer is a form of cancer that develops in the cells of the cervix, the lowermost part of the uterus.As part of the biggest omics study of its type, researchers at the University College London and the University of Southampton discovered that cervical cancer may be separated into two different molecular subgroups, one significantly more dangerous than the other.The groundbreaking discoveries, which were reported in the journal <span class="glossaryLink" aria-describedby="tt"…