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Another Path to Intelligence

It turns out there are many ways of “doing” intelligence, and this is evident even in the apes and monkeys who perch close to us on the evolutionary tree. This awareness takes on a whole new character when we think about those non-human intelligences which are very different to us. Because there are other highly evolved, intelligent, and boisterous creatures on this planet that are so distant and so different from us that researchers consider them to be the closest things to aliens we have ever encountered: cephalopods.

Cephalopods—the family of creatures which contains octopuses, squids, and cuttlefish—are one of nature’s most intriguing creations. They are all soft-bodied, containing no skeleton, only a hardened beak. They are aquatic, although they can survive for some time in the air; some are even capable of short flight, propelled by the same jets of water that move them through the ocean. They do strange things with their limbs. And they are highly intelligent, easily the most intelligent of the invertebrates, by any measure.

Octopuses in particular seem to enjoy demonstrating their intelligence when we try to capture, detain, or study them. In zoos and aquariums they are notorious for their indefatigable and often successful attempts at escape. A New Zealand octopus named Inky made headlines around the world when he escaped from the National Aquarium in Napier by climbing through his tank’s overflow valve, scampering eight feet across the floor, and sliding down a narrow, 106-foot drainpipe into the ocean. At another aquarium near Dunedin, an octopus called Sid made so many escape attempts, including hiding in buckets, opening doors, and climbing stairs, that he was eventually released into the ocean. They’ve also been accused of flooding aquariums and stealing fish from other tanks: Such tales go back to some of the first octopuses kept in captivity in Britain in the 19th century and are still being repeated today.

Can we make the future a million years from now go better?

You can buy What We Owe the Future here: https://www.basicbooks.com/titles/william-macaskill/what-we-…541618626/

In his new book about longtermism, What We Owe the Future, the philosopher William MacAskill argues that concern for the long-term future should be a key moral priority of our time. There are three central claims that justify this view. 1. Future people matter. 2. There could be a lot of them. 3. We can make their lives go better. In this video, we focus on the third claim.

We’ve had the opportunity to read What We Owe the Future in advance thanks to the Forethought Foundation. They reached out asking if we could make a video on the occasion of the book launch. We were happy to collaborate, to help spread the ideas of the longtermist philosophy as far as possible smile

Interested in donating to safeguard the long-term future of humanity? You can donate to an expert managed fund at: https://www.givingwhatwecan.org/charities/longtermism-fund.

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🟠 Patreon: https://www.patreon.com/rationalanimations.

Chromosomal study suggests people were living in South America as far back as 18,000 years ago

A team of researchers affiliated with several institutions in Argentina has found chromosomal evidence of people living in South America as far back as 18,000 years ago. The group has published a paper describing their work and findings on the open access site PLOS ONE.

Over the past several years, scientists have found evidence of people first traveling to North America from Siberia approximately 14,000 to 17,000 years ago, using what was then a land bridge to Alaska. In this new effort, the researchers have found evidence suggesting that the timeline may have to be pushed back a bit.

Rather than looking for tools or bones left behind by the first people to travel to South America—which presumably was populated by people moving south down through North America and then through Central America—the researchers used a chromosomal approach.

A Foolproof Guide to Infinity In Python

Numbers are an integral part of programming. Hence, programming languages support various datatypes to represent different kinds of numbers and provide various methods to work with them. Each of these datatypes comes with certain limitations on the range of numbers they can represent; while some can represent a small range of numbers, others support a very large range of numbers. Depending on our use case, we can choose from one of them. But none of them have a way to represent infinity.

We often encounter and have to deal with infinity in many real-world scenarios, and so we need a way to represent them in programming languages. In this tutorial, we’ll learn how to represent and work with infinity in Python.