For a film about the way isolation can start to tear us apart, it’s perhaps fitting that “Hold Your Breath” can barely hold together. This isn’t for lack of trying on the part of lead Sarah Paulson, ...

Shaina is a Features Author and former editor for Collider who is thrilled to have found a good use for her English degree. Having watched her way through a Film minor in undergrad, she's written on ...

It’s 1933. The Oklahoma Panhandle is ravaged by dust storms and droughts so insidious that its occupants are forced to shelter inside, leaving them alone with nothing but a steady, seeping film of ...

Debuting feature film directors Karrie Crouse and Will Joines describe their cinematic inspirations for Hold Your Breath as a bit of Kubrick’s The Shining and The Others with the visual panache of ...

Available on Hulu beginning October 3rd is the new psychological thriller ‘Hold Your Breath,’ which was directed by Karrie Crouse (‘Westworld’) and Will Joines. The film stars Sarah Paulson (‘Ocean’s ...

The following contains mild spoilers for "Hold Your Breath" It’s 1933. The Oklahoma Panhandle is ravaged by dust storms and droughts so insidious that its occupants are forced to shelter inside, ...

The Hold Your Breath Hulu release date is just around the corner, and viewers are wondering when they can start streaming the movie. Hold Your Breath is a 2024 psychological horror that follows the ...

With another spooky season upon us, it’s Sarah Paulson‘s time to shine in the genre she loves. After executive producing her first film Hold Your Breath, which landed today on Hulu, the Golden Globe ...

Hold Your Breath is described, “In 1930s Oklahoma amid the region’s horrific dust storms, a woman (Sarah Paulson) is convinced that a sinister presence is threatening her family.” “Surprisingly enough ...

Sarah Paulson has a certain venom about her. I mean that in the best way possible, of course. Fans of Ryan Murphy’s extended television universe, of which Paulson has remained a key player, likely ...

Breath-hold diving elicits a remarkable suite of physiological responses that enable humans to withstand extreme hypoxic conditions. At the core of these adaptations is the diving response, which ...