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This video will cover the philosophy of artificial intelligence, the branch of philosophy that explores what artificial intelligence specifically is, and other philosophical questions surrounding it like; Can a machine act intelligently? Is the human brain essentially a computer? Can a machine be alive like a human is? Can it have a mind and consciousness? Can we build A.I. and align it with our values and ethics? If so, what ethical systems do we choose?

We’re going to be covering all those equations and possible answers to them in what will hopefully be an easy-to-understand, 101-style manner.

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0:00 Introduction.
0:45 What is Artificial Intelligence?
1:13 Rene Descartes.
2:11 Alan Turing & the ‘Turing Test’
3:42 A.I.M.A. & A.I.
4:45 Intelligent Agents.
5:40 Newell’s Definition.
6:26 Weak A.I. vs Strong A.I.
7:31 Narrow A.I. vs General A.I. vs Super Intelligence.
10:00 Computationalism.
10:44 Approaches to A.I.
13:32 Can a Machine Have Consciousness?
14:23 The ‘Chinese Room’
16:30 Critical Responses.
17:18 The ‘Hard Problem of Consciousness’
18:47 Philosophical Zombies.
21:20 New Questions in the Philosophy of A.I.
21:34 Singularitarianism.
24:40 A.I. Alignment.
26:45 The Orthogonality Thesis.
27:36 The Ethics of A.I.
30:56 Conclusion.

Descartes, 1,637, R., in Haldane, E. and Ross, G.R.T., translators, 1911, The Philosophical Works of Descartes, Volume 1, Cambridge, UK: Cambridge University Press.

Russell, S. & Norvig, P., 2009, Artificial Intelligence: A Modern Approach 3rd edition, Saddle River, NJ: Prentice Hall.

Tokyo, Japan – Yu Takagi could not believe his eyes. Sitting alone at his desk on a Saturday afternoon in September, he watched in awe as artificial intelligence decoded a subject’s brain activity to create images of what he was seeing on a screen.

“I still remember when I saw the first [AI-generated] images,” Takagi, a 34-year-old neuroscientist and assistant professor at Osaka University, told Al Jazeera.

“I went into the bathroom and looked at myself in the mirror and saw my face, and thought, ‘Okay, that’s normal. Maybe I’m not going crazy’”.

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#startrek #holodeck #technology.

The holodeck is one of the most recognizable technologies from Star Trek. They use a combination of light projection, force fields, transporter tech, and matter replication. But how are they different from the rec room in TAS or the combat simulator in Discovery?

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Watch my video about Replicators: https://www.youtube.com/watch?v=1V2E6eNEgqQ

Written, filmed, & edited by OrangeRiver.

Samsung Electronics plans to cut back memory chip production as its operating profit in the first quarter of 2023 is expected to plummet about 96% from the previous year. This will be the lowest profit posted by the South Korean tech giant since Q1 2009.

The global macroeconomic slowdown, memory chip oversupply and sluggish demand have hurt its profit, the world’s largest memory chip maker said in its preliminary earnings release on Friday.

“Samsung is adjusting to lower its memory production to a meaningful level,” it noted. Samsung claims to optimize line operations to secure enough memory chip volume for future demand. The tech company added that it will continue to invest in infrastructure and research and development to strengthen its tech leadership in the industry.

Founded in 2005 as an Ohio-based environmental newspaper, EcoWatch is a digital platform dedicated to publishing quality, science-based content on environmental issues, causes, and solutions.

While the electric vehicle market expands, some drivers remain hesitant to switch to a fuel-free car or truck because of range anxiety, or the fear that the battery of their EV won’t have enough power to get to another charging station. But researchers have found a way that could give EV batteries a pretty substantial boost, extending the vehicle range more than 10 times.