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Artificial intelligence is all over the news. When ChatGPT, OpenAI’s new chatbot, was released last month it seemed, finally, to match the hype that generative A.I. has been promising for years—an easy-to-use machine intelligence for the general public.

Wild predictions soon followed: The death of search engines, the end of homework, the hollowing-out of creative professions.


For the creative professions, the rise of generative A.I. feels like an existential threat. But a familiar technology, invented 184 years ago, can show us how to adapt and thrive in a new reality.

How Connecting our Brains to Computers Can Create a New Kind of Human | Artificial Intelligence | Investigative Documentary from 2019.

The symbiosis of the brain and artificial intelligence will give rise to a new humanity, a kind of “super-humanity”. Brain-machine communication will allow that the cognitive capabilities of the human being will enhance, giving rise to the first augmented humans. Connecting brains will be done, and we’ll have powerful synthetic telepathy technologies. It’ll be possible not only to read other person’s thoughts but also manipulate them. Neurotechnologies are about to cause a radical social shift that will change the concepts of the inner self and the very reality. Neurorights will be key points, as it will be mandatory to regulate the privacy of our conscious or even subconscious thoughts.
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ENDEVR explains the world we live in through high-class documentaries, special investigations, explainers videos and animations. We cover topics related to business, economics, geopolitics, social issues and everything in between that we think are interesting.

How Humanity Could be Transformed through Technology | Technology Documentary.

Watch ‘How Biotechnology Is Changing the World’ here: https://youtu.be/lFcF4DsuC9A

With Augmented Humanity we will travel from the US to Japan, into the heart of secret labs of the most borderline scientists in the world, who try to push the boundaries of life through technology. Robotics is an important step, but the future of our species is not in a massive substitution by robots, on the contrary, robotics and technology must be used to improve the human being.

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Transhuman brains are the melding of hyper-advanced electronics and super-artificial intelligence (AI) with neurobiological tissue. The goal is not only to repair injury and mitigate disease, but also to enhance brain capacity and boost mental function. What is the big vision, the end goal — how far can transhuman brains go? What does it mean for individual consciousness and personal identity? Is virtual immortality possible? What are the ethics, the morality, of transhuman brains? What are the dangers?

Free access to Closer to Truth’s library of 5,000 videos: http://bit.ly/376lkKN

Support the show with Closer To Truth merchandise: https://bit.ly/3P2ogje.

Watch more interviews on transhuman brains: https://bit.ly/3Wb7yRm.

While significant parts of the globe are already facing significant freshwater scarcity, the need for more freshwater is projected to increase in order to sustain the increasing global population and economic growth and adapt to climate change.

An almost limitless supply of fresh water exists in the form of water vapor above Earth’s oceans, yet remains untapped. Now, researchers at the University of Illinois Urbana-Champaign (UIUC) have proposed a new infrastructure capable of harvesting oceanic water vapor as a solution to limited supplies of fresh water in various locations around the world.

The study evaluated 14 water-stressed locations across the globe for the feasibility of a hypothetical structure capable of capturing water vapor from above the ocean and condensing it into fresh water – and doing so in a manner that will remain feasible in the face of continued climate change.

Future of in space manufacturing, next 10 years of cisLunar, getting kids involved in stem, and more with Joe Pawelski Architect of CisLunar.

Feedback/idea form for show.
https://docs.google.com/forms/d/e/1FAIpQLSdbZjVCZmJ-TLPWLCsI…sp=sf_link.

About Joe and CisLunar.
“We envision a future where humanity is enabled and empowered to expand beyond Earth to permanently and sustainably settle the Solar System.
A dynamic and robust industrial in-space economy is essential to this future.
CisLunar Industries is creating the critical metal processing capabilities required to support the in-space industrial value chain.”

Links.

Welcome to the first chapter of our audiobook on personal finance! In this chapter, we’ll be exploring the basics of money and how we use it in our daily lives. We’ll cover topics like what money is, how we earn it, and how we can use it to buy the things we need and want. We’ll also talk about the different forms money can take, like cash, checks, and credit cards. Whether you’re just starting to learn about personal finance or you’re looking to brush up on the basics, this chapter is a great place to start. So grab a pair of headphones, sit back, and let’s get started!

The carbon-negative concrete blocks absorb more CO2 during production than they emit.

A Limburg (Netherlands) company called Masterbloc has engineered an eco-friendly building material from steel slag left over from the steel industry, according to an article by The Brussels Times.

The company CEO Bjorn Gubbels claims the block stores CO2 and can help boost the circular economy.


CHUNYIP WONG/iStock.

Lawrence Livermore National Laboratory (LLNL) scientists have created vertically aligned single-walled carbon nanotubes on metal foils that could be a boon for energy storage and the electronics industry.

Vertically aligned carbon nanotubes (VACNTs) have exceptional mechanical, electrical and in addition to an aligned architecture, which is key for applications such as membrane separation, thermal management, fiber spinning, electronic interconnects and energy storage.

To date, widespread integration of VACNTs into next-generation technologies is thwarted by a lack of compatible, economic, mass-production capabilities. High-quality VACNTs are typically made on substrates such as silicon (Si) or quartz wafers that are rigid, expensive and electrically insulating.