Recently, some researchers have claimed that crows — already known to be smart — are even conscious: Nieder’s experiment showed that the birds were actively evaluating how to solve a particular problem they were confronted with. In effect, they were thinking it over. This ability to consciously assess a problem is associated with the cerebral cortex in the brains of humans. But birds have no cerebral cortex. Nieder found that in crows, thinking occurs in the pallium—the layers of gray and white matter covering the upper surface of the cerebrum in vertebrates. Other studies support the notion that the bird brain can, in principle, support the development of higher intelligence. This idea had been dismissed in the past due to Read More ›
Recently, an article in Neuroscience News made some confusing claims, especially the claim that robots can have experiences in the same sense as living entities can. Let’s look at some of them: In an article from HSE University in Russia about about developing robotic intelligence based on the human brain, we read: Today, neuroscience and robotics are developing hand in hand. Mikhail Lebedev, Academic Supervisor at HSE University’s Centre for Bioelectric Interfaces, spoke about how studying the brain inspires the development of robots. HSE University, “How Modern Robots Are Developed” at Neuroscience News February 3, 2021 One identified goal is to merge “biological organisms with machines, to create cybernetic organisms (cyborgs).” Given that the human brain does not really behave Read More ›
Here are some reasons why they aren’t really the same: 1. Is the human brain unique in some way? Yes, but not so much in its structure as in the things we do with it. For example, the human, mouse, and fly brains all use the same basic mechanisms, which is a bit of a puzzle, considering the different things we do with our brains. The human brain is bigger than most. But then lemurs performed as well as chimps on the primate cognitive test battery (a primate intelligence test) and lemurs only have brains that are 1/200th the size of chimps’ brains. So, what we humans are doing differently from lemurs and chimps doesn’t depend wholly on brain size Read More ›
One controversy in animal psychology centers on whether or not an animal can recognize itself in a mirror. But a number of scientists are beginning to doubt that the mirror test shows animal self-awareness.
Many people assume that human consciousness arose accidentally many eons ago from animal consciousness and that therefore we can find glimmers of the same sort of consciousness in the minds of animals. But that approach isn’t producing the expected results.
When we hear hype about machines that will soon out-think people, we might put it in perspective by recalling that we still struggle to build a machine that can out-think amoebas looking for crumbs. Read More ›
Language, which is the rule-based use of abstract designators, is essential for abstract thought because only designators can point to things that have no concrete physical existence. Only human beings think abstractly, and language is what makes abstract thought possible. Read More ›
Eric Holloway: The likely way this will turn out is they'll realize human-in-the-loop is unavoidable for any useful system, so it'll spin off into something like the existing field of human computation. Read More ›