Innovation

The First Picture of a Black Hole

Scientists at the Event Horizon Telescope project released the first ever picture of a black hole this week! Using a data from an array of telescopes around the globe, the team combined the massive amounts of data to create the image of M87. Dr. Katie Bouman created the machine learning interferometry algorithm used to combine the data and produce the image of the event horizon.

Generative Aphex Twin

Alex Bainter has a good explainer post on Medium about how he used Markov Chains to generate a much longer version of Aphex Twin's aisatasana. Using a JSON representation of a MIDI file of the track, he built a Markov Chain system to generate over four million unique phrases which can play for over 451 days without repetition of a phrase. The result is available to listen to on generative.fm.

AI in Retail

Vogue Business has an interesting article about how traditional retailers are using AI to increase sales. Some are using AI to recommend custom store displays based on the profile and buying habits of their regular customers. Others are using AI to select first time customers to invite to special offer events in order to convert them to repeat customers.

Stephen Wolfram's Personal Infrastructure

Stephen Wolfram has published a fascinating long-read on his personal infrastructure. He details all the tech he uses in his everyday life and how he organises and categorises everything, most of which are processes which he has optimised over the last 30 years. It is inspiring how efficiently he organises everything, down to having labelled plastic envelopes of devices, tech and accessories for travelling, hotel stays, car hire trips etc.

Heat Camouflage

Research published by The American Chemical Society shows that aerogel film coated with polyethylene glycol and a waterproof layer acts as an effective invisibility cloak to infrared detectors. The relatively inexpensive coated material effectively absorbs heat but releases it slowly over time, making it less visible.

Real Time Hidden Acoustic Signals

Researchers in China and the U.S. have created a system for receiving hidden data in audio signals using smartphone microphones. The Dolphin system uses commercial off the shelf (COTS) smartphones to detect, error correct and decode hidden data transmitted in audio within an 8 meter distance and up to an angle of 90 degrees. Transmission of sport stats data via stadium speakers without the need for internet connectivity is one possible implementation of this mass transmission system.

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