In the era of rapid advancement of artificial intelligence (AI) technology, robots equipped with artificial intelligence (AI) are becoming more intelligent and capable. , that is, the natural defense against the machines of professionals who win with creativity, inspiration, passion, and genius like ball games and stage shows is also weakened.
People often compare the human brain to a computer, neurons are like machines, and the brain is a program. The rise of artificial intelligence and the emergence of anthropomorphic robots makes seeing this metaphor even more fun.
However, Lisa Feldman-Barrett, a professor of psychology at Northeastern University in the US, believes this analogy is problematic and can lead to delusions.
The difference between a living body and a machine
First, the memory of the human brain is a process and result of the continuous construction of electrical impulses and circulating chemicals, and the same memory can be reconsolidated in different ways at different times. The way computers store and process information is based on logic and machine learning procedures, which are not currently comparable to the human brain.
Second, the ability to recognize is one of the main components of artificial intelligence. For example, dandelion, artificial intelligence can accurately identify and identify this plant as a dandelion through learning; The human brain is different, and it will be classified according to its main function and role in different scenarios, such as associating vegetables with it, wildflowers, herbs and other designations.
Building this custom category may underlie the way the human brain works, Feldman-Barrett said.
Finally, the human brain is a part of the human body, where the central nervous system of the human body is located. This means the constant coordination and balance of dozens of indispensable organs, such as digestion, excretion, energy provision, disease control, as well as the regulation of emotions and the control of behavior.
One of the main differences between human and machine is that humans have mental activities, but machines do not. The essence of mental activity is the control of the brain over the body.
Feldman Barrett writes: “Every thought you have ever had, every concept you learned, every emotion you experienced, what you saw, heard, smelled, tasted, or everything you touch contains data on your physical state. You don’t” Experience your spiritual life That way, but that’s what happens “behind the scenes”.
An anthropomorphic robot is equipped with artificial intelligence, but if you want it to think, feel, watch or act like a human, there has to be a complex system in place to adjust the body-like parts, maintain balance, and keep working. This must also be an ongoing interactive process.
Even if today’s AI technology is close to this step, human emotions and emotionally-driven behaviors remain elusive by machines.
From another perspective, Peter Bentley, a computer scientist at University College London, said that for at least a few hundred years, computers like the human brain will not emerge, until today humans can create vibrant colors and fragrances. The virtual world, and the increasingly sophisticated artificial intelligence.
He is the author of 10 Lessons in Artificial Intelligence, Robotics, and Digital Biology: How Nature is Changing Our Technology and Our Lives.
Bentley believes that even if computers can simulate the universe, the latest advances in artificial intelligence seem to show that a super-intelligent human brain can be simulated. The simulated world and the simulated brain are close to reality in evolution, but at least not in the world. foreseeable future. Be a reality.
He wrote on BBC Science Focus that the key is why do we do this? Why simulate the entire universe or the super-intelligent brain?
The superintelligence of the future is like a god for humanity, and humanity may not be able to understand or control what it chooses to do. Why create yourself a ubiquitous virtual god?
From a technical point of view, according to Moore’s Law, there are 2.6 trillion transistors on a computer chip, and the capacity of a computer doubles approximately every 20 months. At this speed, future computer processors will have powerful capabilities that are unimaginable today.
However, it took 13.8 billion years for the universe to form, and simulating this universe could take billions of years before it started working.
Bentley believes that within the next few hundred years, humans will likely use limited resources to invent artificial gravity or quantum teleportation, rather than simulating the entire universe or super-intelligent brains.
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