For millennia, we’d never seen anything like film cuts. How do we process them so easily?

Before the emergence and rapid proliferation of film editing at the dawn of the 20th century, humans had never been exposed to anything quite like film cuts: quick flashes of images as people, objects and entire settings changed in an instant. But rather than reacting with confusion to edits, early filmgoers lined up in droves to spend their money at the cinema, turning film – and eventually its close cousin, television – into the century’s defining media. It would seem that our evolutionary history did very little to prepare us for film cuts – so why don’t our brains explode when we watch movies? Adapted from an Aeon essay by the US psychologist and brain scientist Jeffrey M Zacks, this Aeon Video original explores why our visual experience has much more in common with film editing than it appears to at first glance.

There’s nothing like falling for a plastic surgeon to help you embrace your body as it is

After meeting a potential romantic partner – ‘the nicest guy in the world’– while on vacation, the Canadian filmmaker Andrea Dorfman had a difficult time reconciling everything she liked about him with her judgment of his work as a plastic surgeon. Although most of his work was reconstructive, she couldn’t kick the feeling that the cosmetic surgeries he performed made people feel imperfect, sending the message that some body shapes are better than others. In her charming, vulnerable and heartfelt animated film Flawed, Dorfman sketches out the story of their romance in time-lapse watercolour animations that recreate how the two corresponded with handmade postcards as she confronted insecurities from childhood that challenged her ideas about herself. Flawed was nominated for a News and Documentary Emmy Award following its 2010 release.

How Rembrandt used light and motion to make a mundane commission a masterpiece

The oil painting Militia Company of District II Under the Command of Captain Frans Banninck Cocq (1642), better-known as The Night Watch, is probably Rembrandt’s most famous work. Its status and critical acclaim, though, have little to do with its subject matter: a civic-guard group tasked with keeping watch on the city walls. In 17th-century Amsterdam, it was highly common for these guilds – mostly well-off men who rarely saw anything resembling conflict – to commission portraits of themselves wearing their uniforms and holding weapons. So why has The Night Watch endured while so many similar portraits have drifted into obscurity? In this video essay, Evan Puschak (also known as the Nerdwriter) examines how Rembrandt’s riveting interplay of light, motion, texture and expression transformed a commonplace commission into a masterwork.

What can working with horses teach us about power and communication?

‘When you work with a horse, you are a herd of two.’

Growing up in a small Swiss village, Caroline Wolfer found herself much more at ease around horses than people. Now working as a horse tamer in Patagonia, she has developed an understanding of horses based on what she describes as male and female ‘energies’, with the behaviours of stallions rooted in respect, and the behaviours of mares rooted in trust. Wolfer believes that, in human interactions, these two equally vital energies are out of balance, with the scale tilted heavily towards the male. In her work teaching humans to interact with horses at a corral, she emphasises the value of both male and female energies, and the importance of being straightforward in communicating. In doing so, Wolfer feels that she has helped people with their everyday interpersonal skills, and also helped herself to find comfort around other people.

Spidergoats to the rescue! How to make silk from milk with genetic engineering

Silk from orb-weaving spiders is versatile and valuable. But, unfortunately for us, spiders are territorial and cannibalistic, so farming them is out. However, the US molecular biologist Randy Lewis has spun a clever solution: genetically engineering goats to deliver the silky goods. First developing the idea at the University of Wyoming before moving his herd to Utah State University, Lewis manipulated goat eggs to include a spider silk-production gene. His resulting ‘spidergoats’ look entirely normal, but produce milk that contains spider-silk protein, which can be extracted for use in countless applications, from repairing human ligaments and tendons to producing parachutes and airbags. While this short documentary from 2010 uses humour to detail the ingenious transgenic process, it also prompts questions such as: are spidergoats a mutation too far? Or is this simply the next logical step in humanity’s millennia-long history of genetic manipulation?