Can Computers Think Or Fall In Love?

by | Last updated on January 24, 2024

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AI

— a computer hooked to video cameras, a microphone and a screen — would not experience flesh-and-blood love. “You can’t make a computer without a body feel love,” said David Havas, director of the Laboratory for Language and Emotion at the University of Wisconsin-Whitewater.

Can a computer think yes or no?

The

computers we have built are now capable of thinking for themselves

, and doing complex jobs without our supervision. … In the decades since the Turing test was proposed, computers have become so intelligent that we often don’t realise when we’re talking to them.

Can computers think like humans?

Deep learning in computers resembles how

scientists think the human brain works

. The brain is made up of about 100 billion or so neurons. Researchers say the connections among these neurons change as people learn a new task. Something similar is going on inside a computer.

Can computers think explain?

because thinking is a spiritual activity, and spirit is totally alien to matter ; (b) yes, machines can think, as shown by the fact that

modern digital computers are able to perform the highest mental operations

, … of this view, the claim that machines think is nothing short of a heresy.

Do computers have feelings?

But

computers do not have human-like emotions

in any rich or experiential natural sense. They may sense and label certain physical events as categories of “sensations,” but they do not experience feelings like we do.

Can computers learn on their own?

depends on computer systems that learn on their own, without supervision, researchers say. …

Computers are the same

. Just as humans learn mostly through observation or trial and error, computers will have to go beyond supervised learning to reach the holy grail of human-level intelligence.

Who gave the concept can computers think?

In “Can Computers Think?”

John Searle

claims that by definition, computers cannot think, nor will they ever, no matter how much technology manages to advance in the future. Searle defends his claim by providing an outline and an interesting thought experiment.

Can computers think Searle?

Can a computer think? John Searle’s Chinese Room argument can be

used to argue that computers do not “think

,” that computers do not understand the symbols that they process. … He gets so good that he can memorize the symbols that come in and what symbols to send out, and he can manipulate symbols instantly.

Will robots ever have feelings?

This way of thinking is due to the nonconscious manner in which we assume that a robot is able of feeling emotions (a sentient robot), and that these emotions could lead them to try to exterminate the human race. However, the truth is

that artificial intelligent

Is love a emotion or feeling?

Love generates the need for closeness, and is also accompanied by strong emotions, but

love is not an emotion

. The development and homeostasis of the human brain requires love.

Can computers express emotions?

Machines already have some mechanisms that implement (in part) the functions implemented by the human emotional system. Computers are acquiring computational functions of emotion systems whether or not one uses the “e” word. But

computers do not have human-like emotions

in any rich or experiential natural sense.

Is there a computer that can learn?



Yes, neural network computers can learn from experience

. Their inherent ability to learn ‘on the fly’ is one of the primary reasons researchers are excited and optimistic about their future. … “And, yes, neural network computers can learn from each other.

Can a computer be intelligent?

For example, a computer is designed to make faster calculus, algorithms, and other kinds of very useful tasks, however, the computer cannot take advantage of anything that it does, in conclusion,

computers are not really intelligent

.

Charlene Dyck
Author
Charlene Dyck
Charlene is a software developer and technology expert with a degree in computer science. She has worked for major tech companies and has a keen understanding of how computers and electronics work. Sarah is also an advocate for digital privacy and security.