#austenite

Austenism: Wear Clothes For You (Austenism: Live Advice from Jane Austen)

"Woman is fine for her own satisfaction alone. No man will admire her the more, no woman will like her the better for it. Neatness and fashion are enough for the former, and a something of shabbiness or impropriety will be most endearing to the latter."

Jane Austen, Northanger Abbey, C 10

Amme gives great advice: "Don't buy the new dress, he won't notice." Austen points out women won't like you if you're dressed nicer than them...I'd like to add that it may give you a sense of confidence though.

"I don't dress for women I don't dress for men Lately I've been dressing for revenge"

Taylor Swift, Vigilante Shit

Dressing for revenge feels to me like dressing from a place of power. Sometimes you put your big girl pants on or your armour, whatever you need to make it through whatever you're going through.

You might like to try Dopamine Dressing; choosing your clothes (colour, pattern, feel, fit) to give you a boost.

Predicting the composition of a steel alloy

Producing energy on Earth through nuclear fusion, the type of reaction that powers the sun, has proven to be a major challenge. The extreme conditions needed for such a reaction require the walls of a nuclear fusion device to be made of a material with a particular set of mechanical properties, including being able to withstand incredibly high temperatures and be shock- and corrosion-resistant. Austenitic steel, a non-magnetic steel with a crystalline structure, is one of the materials considered for use in nuclear fusion devices.

In a new paper in The European Physical Journal D, Ivan Traparić and Milivoje Ivković from the Institute of Physics in Belgrade, Serbia, explore an effective way to predict the composition of austenitic steel.

They found that laser-induced breakdown spectroscopy—a technique to determine the quantity of elements in a material—used in combination with a deep neural network—a machine learning technique—was most effective. This technique could be used to determine the elemental composition of a steel sample by those without access to certified steel samples.