Thunderbolts* - Official Behind the Scenes Clip
Thunderbolts*
Cleaner - Daisy Ridley Exclusive Interview
Cleaner
Elio - Gift Bag Beam Me Write Up Clip
Elio
The Fantastic Four: First Steps - Mr. Fantastic Suit Promo Poster
The Fantastic Four: First Steps
In The Lost Lands - Dave Bautista Exclusive Interview
In the Lost Lands
Stranger Things Season 5 - Official Poster
Stranger Things
Lilo & Stitch - Car Ride Scene
Lilo & Stitch
Mortal Kombat II - Johnny Cage Character Poster
Mortal Kombat II
Words of War - Sean Penn Exclusive Interview
Words of War
Murderbot Season 1 - Alexander Skarsgård as Murderbot
Murderbot
Lilo and Stitch - Spaceship Escape Clip
Lilo & Stitch
Mortal Kombat II - Cole Young Character Poster
Mortal Kombat II
The Fantastic Four: First Steps - Pedro Pascal at Berlin Fan Event
The Fantastic Four: First Steps
Dexter: Resurrection Season 1 - Michael C. Hall Character Poster
Dexter: Resurrection
The Devil Wears Prada 2 - Title Announcement
The Devil Wears Prada 2
Hoppers - Official Teaser Poster
Hoppers

Morphē

Morphē
NR 3 minScience Fiction
Embed MovieCopiedi
Morphē is a short film conceived by multidisciplinary artist Lucy McRae in collaboration with Australian skincare brand Aesop. It playfully presages a new juncture for science and beauty, transforming an old Amsterdam church into a meticulously ordered space that references Aesop’s own laboratory. Here, a painstaking Scientist employs an assortment of gels, liquids, and weird contraptions to minister arcane beauty treatments to a sleeping Muse. The skin and hair play key roles for the female specimen fortunate enough to be on the receiving end of a new kind of super-sensory beauty treatment. McRae describes her film inspired chiefly by nineteenth-century scientist and philosopher Hermann von Helmholtz, and his revolutionary research on human perception: ‘Everything’, wrote Helmholtz, ‘is an event on the skin’. ‘I wanted to suggest a journey inside a world beyond skin care, one that involves farther realms of perception within the sensory landscape of the human body.'