Category Archives: Futurist

At least the hotel's sign is fine. Stop Sign

Another day, another Cybertruck mishap and this one crashed into the Beverly Hills Hotel sign.

Images from the collision show the futuristic steel-silver pickup stopped headfirst at the base of the palm-lined sign. It appears that the front right wheel was ripped clean off, while the driver-side wheel was close to joining it.

While the iconic signage was fortunately unharmed in the incident, the reputation of the hotel's valets took something of a hit after a prankster decided to "joke" that one of the hotel's valets had been driving the Cybertruck when it crashed.

Naturally, TMZ and othersran with the valet story, and Elon Musk himself weighed in on the platform he owns to suggest that the misidentified hotel worker who crashed the vehicle might have been caught off guard by its raw power.

"Cyberbeast is faster than a Porsche 911, but looks like a truck," Musk tweeted, "so perhaps the valet wasnt expecting so much acceleration."

But the hotel's parent company, the Dorchester Collection, later told TMZ through a spokesperson that none of its valets were involved in the crash.

Notably, there was a significantly more dangerous Cybertruck crash that went viral on the Musk-owned social network over the weekend and in that case, the driver definitely doesn't appear to be at fault.

As Phoenix-based lawyer Matthew Chiarello said in a post on X, his Cybertruck experienced a "catastrophe [sic] failure with steering and brakes" while he was taking a road trip with his wife and toddler.

As if that weren't bad enough, the attorney noted that Tesla's service center wasn't open when he tried to reach it. In the post, Chiarello shared a photo of his truck being loaded onto a flatbed truck, and quipped that the whole situation was "pretty pretty pretty not good."

Now that Cybertrucks are on the road, we're going to keep seeing these kinds of mishaps, which do seem, as the Phoenix lawyer said, "pretty pretty pretty not good" indeed.

More on Cybertruck: Cybertruck Goes Off-Road, Wheel Snaps Off

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Cybertruck Crashes, Entire Wheel Ripped Off - Futurism

Extraordinary. Dune 2 Much

While giant "star dunes" have been observed all over the world, their age and origin have remained something of a mystery but now, new findings could shed light on these magnificent desert structures.

In an interview withThe Guardian, Earth scientist Geoff Duller, one of the researchers behind a new paper about a star dune he and his colleagues studied in the Sahara called Lala Lallia, touted how amazing these slow-moving structures are.

"They are extraordinary things, one of the natural wonders of the world," Duller, who chairs Wales' University of Aberystwyth, told the British newspaper. "From the ground they look like pyramids but from the air you see a peak and radiating off it in three or four directions these arms that make them look like stars."

Created by winds blowing in three different directions, the structures are extraordinary for a whole 'nother reason as well: they appear to move about 19 inches per year, adding to their mystery.

As noted in a press release from Wales' Aberystwyth University about the research, which was just published in the journal Scientific Advances, star dunes like Lala Lallia have been observed in deserts all over the world and elsewhere in our Solar System, but have rarely been found on Earth's rocky geological record. It now appears that part of the reason why they haven't been found written in stone is because, as it turns out, they're pretty young.

"These findings will probably surprise a lot of people as we can see how quickly this enormous dune formed," Duller explained.

"Quickly," however, is a relative term.

As the geographer and his colleagues at the University College London found using a bespoke sand luminescence dating technique, the oldest parts of Lala Lallia which means "highest sacred point" in the Berber language are some 13,000 years old.

While that seems ancient by human standards, it is indeed fairly recent on the geographic scale, which deals in the hundreds of thousands and millions of years when discussing mountains and other such venerable formations.

What's more, the youngest part of the dune formed within the last thousand years, which is the blink of an eye on a geological time scale.

At more than 200 feet high and nearly 2,300 feet wide, Lala Lallia isn't even the planet's largest sand star. That distinction, as the school's press release notes, belongs to the star dunes of China's Badain Jaran Desert that reach almost 1,000 feet into the sky.

More on deserts: NASA Rover Spots Dead Mars Helicopter in Its "Final Resting Place"

See original here:
Scientists Intrigued by Moving Sand Dune With Star-Like Arms - Futurism

1 March 2024, 15:45 | Updated: 1 March 2024, 15:57

As Dune: Part Two arrives in cinemas, heres how Hans Zimmer created his most futuristic soundtrack for Denis Villeneuves pair of sci-fi epics.

Hans Zimmers epic score to Dune: Part One was met with an incredible reaction when it landed in 2021.

Acclaimed by both critics and fans alike, his otherworldly futuristic soundscape captured the inhospitable desert landscape of Arrakis and perilous undertones of political plotting, coups and assassinations.

Zimmers score relied heavily on strings, percussion and choral chants, with intoxicating harmonies and dramatic drumbeats that bring you right to the heart of the films drama in the way that only a master composer like Hans Zimmer can.

As Part Two is released, heres everything we know so far about the music to Denis Villeneuves Dune series.

Read more: Hans Zimmer wins Oscar for Dune, accepts award in his dressing gown

Watch the trailer for Dune 2

Zimmers score to the first Dune film was incredibly inventive, with custom-built instruments and an unforgettably haunting vocal riff, that all worked to earn him his second Oscar for best original score.

The legendary composer told Vanity Fair how he enlisted the help of musician and sculptor Chas Smith to build a large-scale metal house in California, which also doubled as a percussive musical instrument.

He also constructed flute-like instruments from PVC pipes, for a more breathy and less resonant sound, and asked his cellist Tina Guo to make her instrument sound like a Tibetan warhorn.

Read more: The 10 best Hans Zimmer soundtracks

Jonathan Ross recaps the last 10 years of Oscar-winning film scores!

Much of the Dune universe is built around the fictional Fremen language, spoken by the Fremen people who occupy the planet Arrakis the universes only source of the valuable drug, called spice.

To develop the Fremen language, Villeneuve worked with legendary linguist David J. Peterson, who was also responsible for six languages featured in Game of Thrones.

Zimmer has also said that he worked with a linguist to devise the vocal chants featured in his soundtrack, but its unclear if the language and linguist are the same as that used in the films script.

Read more: The 10 best Hans Zimmer soundtracks

One of the most immediately identifiable features of Zimmers Dune score is a gravelly-voiced vocal riff, sung by a woman.

Female voices played a large part in Zimmers score, as he told Vanity Fair: The one thing that I thought was more important than anything else in the world the human voice. The one thing that would not age, the one thing that in the future would still be valid.

For the soundtracks signature riff, which Zimmer called the cry of a banshee, the composer called in vocalist Loire Cotler.

Originally posted here:
Dune soundtracks: everything you need to know about Hans Zimmers futuristic scores - Classic FM

NASA's James Webb Space Telescope (JWST) has spotted arare and"extremely red" supermassive black hole lurking in one of the most ancient corners of the universe.

Astronomers suggest the vermilion black hole was the result of an expanding universe just 700 million years following the Big Bang, as detailed in a paper published this month in the journal Nature. Its colors are likely due to a thick layer of dust blocking much of its light, they posit.

While the cosmic monster was technically first discovered last year, researchers have now found that it's far more massive than any other object of its kind in the area, making it a highly unusual find that could rewrite the way we understand how supermassive black holes grow relative to their host galaxies.

The team studied data collected by the James Webb that examined a group of distant galaxies in the central core of Pandora's Cluster, also known as Abell 2744, some 4 billion light-years from Earth.

Thanks to gravitational lensing, an effect caused by massive objects bending the surrounding spacetime, astronomers were able to get a detailed look at even more distant galaxies beyond it.

"We were very excited when JWST started sending its first data," said co-lead and Ben-Gurion University postdoctoral researcher Lukas Furtak in a statement, recalling coming across "three very compact yet red-blooming objects" that "prominently stood out and caught our eyes."

Thanks to their appearance, Furtak and his colleagues concluded the three objects which turned out to be images of the same source had to be a "quasar-like object." Quasars are galactic cores that emit huge amounts of electromagnetic radiation caused by a supermassive black hole in its center sucking up nearby gas and dust.

"Analysis of the object's colors indicated that it was not a typical star-forming galaxy," said program co-lead and University of Pittsburgh observational astronomer Rachel Bezanson in the statement. "Together with its compact size, it became evident this was likely a supermassive black hole, although it was still different from other quasars found at those early times."

Thanks to detailed measurements of the object's redshift, the amount the wavelength of light stretches relative to how fast a celestial object is moving compared to us, the team was also able to determine its mass.

According to those calculations, it's extremely massive, potentially packing a sizable percentage of the mass of its host galaxy into a tiny region, raising some intriguing questions as to how the growth of black holes and their host galaxies are related.

"In a way, it's the astrophysical equivalent of the chicken and egg problem," said co-lead and Ben-Gurion University professor Adi Zitrin in the statement. "We do not currently know which came first the galaxy or black hole, how massive the first black holes were, and how they grew."

More on black holes: James Webb Finds Most Ancient Black Hole Ever Discovered

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James Webb Spots "Extremely Red" Black Hole - Futurism

A silhouette of a person in front of computer code. | Clement Mahoudeau/AFP via Getty Images

Predictions are hard.

But some people have a better track record than others. Near this newsletters beginning in March of last year, we featured the work of Peter Leyden, founder of the strategic foresight firm Reinvent Futures and a former managing editor at Wired, where he wrote an unusually prescient list of predictions for the future back in 1997.

Weve interviewed Leyden a few times since then, so the end of this year seemed like a good opportunity to bring him back and ask him what surprised him in 2023, what he missed and, yes, what he thinks is on deck for 2024.

We talked about the runaway success of generative AI (and the muddled policy conversation surrounding it), why hes more of a techno-optimist than ever despite predictions of AI doom, and what happens when the public gradually wakes up to the technological revolution its living through.

The following has been edited for length and clarity:

What happened in 2023 that you didnt expect, and why do you think you missed it?

I did not expect artificial intelligence to arrive in such an explosive manner and to move with such speed into the center of our national and international conversations. Our current approach to AI via neural networks and LLMs had been working its way through the tech world for the last decade and picking up momentum in the last several years behind the scenes, but the public launch of GPT-4 this March grabbed the attention of everyone faster than Ive ever seen with any technology.

One reason that surprised me is that I had been through the last tech revolution thats remotely comparable, the arrival of the internet in the 1990s when I was working with the founders of Wired. We spent the bulk of our time trying to convince anyone who would listen to pay attention to this digital revolution. However, the internet was an infrastructure play that took 25 years to fully build out, and only really fundamentally started changing things a decade or more along.

Generative AI essentially is a software play, and could happen almost immediately. We spent the last 25 years boosting the power of computer chips, building out a wireless high-bandwidth internet, digitizing all data and storing it in the cloud. That took time. AI took that foundation as a starting point and could go zero to 60 pretty much overnight.

What has surprised you most about the generative AI boom?

How well generative AI worked right from the start. I was not alone in my surprise here in Silicon Valley. Many AI experts I had gotten to know over the last 25 years here were similarly blown away by what GPT-4 and the like could do. Even those who had always been skeptics quickly changed their tunes. Several members of the old guard literally said they never believed they would live to see this breakthrough.

I also was surprised to see how many technologists who did have expertise freak out about the generative AI breakthrough and then talk up the possibility of AI moving towards a super-intelligence that could threaten human extinction. The vast majority of AI experts who I know think that existential threat is ridiculous, or so far in the future that we dont have to even begin worrying about it now.

I would caution those in government to keep in mind the vested interests of those who make these far-fetched claims. Many either come from the large tech giants who could benefit from early regulation that would overburden the AI startups. Or some experts warn of dangers partly to gain attention in the media that always gravitates to potential disasters.

Why do you think that AI risk has so gripped the public imagination?

Theres a rule of thumb in the strategic foresight business, where I operate, that anyone can spin a negative scenario of how things screw up in the future. Its much harder (and more valuable) to build up a scenario of how things could come together in positive ways. Add to that the default tendency of the media from Hollywood to newspapers to online posts to always gravitate towards sensational disasters, and you have your answer for why the public is currently preoccupied about the risks.

This is unfortunate because now governments feel compelled to do something about the risks before we even understand all the positive possibilities that this supertool of AI could unleash. Regulating too early is worse than too late as Europe is going to soon find out when their AI sector implodes.

What do you find hardest to predict for 2024, and why?

The explosion of positive uses for generative AI that will proliferate throughout the year as millions of entrepreneurs apply their creativity in myriad directions. You gotta remember that AI is a general purpose technology that can and ultimately will be applied to almost everything over time, in every industry, every field. What would not benefit from applying machines that can now think?

The closest thing we have in recent memory is the arrival of the internet, and AI is way bigger than that. The 1990s saw an explosion of startups as entrepreneurs from all over the world poured into the San Francisco Bay Area with crazy ideas about what to do with that new capability of connectivity. I was there back in the day, and I can tell you today San Francisco is every bit as energized with the even larger capabilities of AI.

Are you more or less techno-optimistic than you were at the beginning of 2023, and why?

Im way more techno-optimistic. Step back and look at the big picture: generative AI opened up artificial intelligence to everyone, and will be understood over time as marking the beginning of the AI age. This is a technological development of world-historic importance. AI gives humans a step change in our capabilities on a par with a couple dozen general purpose technologies in our history like fire, the printing press and electricity. Its a very, very big deal.

The amazing thing about the 2020s is that AI is not the only world-historic technology that is giving humans a step change in our capabilities. We also now have entered the age of bioengineering, given our increasing mastery of genetics and our ability to design living things. Plus we have entered the age of clean energy, with a throughline to how we could have cheap, abundant clean energy from a variety of sources, including possibly the holy grail of fusion energy.

Whats the prediction youre most confident making about 2024?

That many more people will understand that were living through an extraordinary moment in history.

Every general purpose technology can be used for good and for bad. Electricity can light our homes, but can electrocute those who mishandle it. We didnt shut down the development of electricity because of the risks. We figured out how to reduce the risks to manageable levels in order to take advantage of the many benefits.

The same is going to happen with AI. With time we will come to understand something like an 80/20 rule that maybe 80 percent of what AI brings is good, and maybe 20 percent will potentially be bad. But we will figure out the way forward. Humans always have, and we always will.

The highest court in the United Kingdom has ruled AI systems cannot hold patents.

POLITICOs Joseph Bambridge reported for Pros on the ruling, which says AI cant be considered an inventor under current U.K. patent law but noted legislators could change that.

The court was not concerned with the broader question [of] whether technical advances generated by machines acting autonomously and powered by AI should be patentable, wrote judge David Kitchin on behalf of the justices, emphasizing that he was strictly ruling on whether this was possible under the current, circa-1977 version of British patent law.

The outcome mirrors the decisions made by judges in the United States and Europe in similar cases, including one in the U.S. brought by the same computer scientist the U.K. court ruled on here, Stephen Thaler.

One climate activist is arguing the green revolution promised at this years United Nations COP28 climate summit will simply reproduce existing inequalities.

In an op-ed for POLITICO Europe Max Lawson, co-chair of the Peoples Vaccine Alliance and head of inequality policy at Oxfam International, writes that his experience with inequality in the response to the Covid-19 pandemic gives him a grim view of how COP28s promised climate revolution might play out.

Lawson singles out intellectual property monopolies as the locus for this problem: As health campaigners know all too well from the COVID-19 pandemic and many health crises before it, corporations that patent life-saving technologies rarely respond to emergencies with altruism, he writes, arguing that new green technologies will be restricted to rich countries over patent concerns. Rather, their governments tend to close ranks, protecting monopoly profits over humanitarian considerations.

He cites U.N. Secretary-General Antnio Guterres recent call to liberalize intellectual property laws, and concludes that unless the climate movement takes on this cause, we may see a green technology apartheid.

Stay in touch with the whole team: Ben Schreckinger ([emailprotected]); Derek Robertson ([emailprotected]); Mohar Chatterjee ([emailprotected]); Steve Heuser ([emailprotected]); Nate Robson ([emailprotected]) and Daniella Cheslow ([emailprotected]).

If youve had this newsletter forwarded to you, you can sign up and read our mission statement at the links provided.

Read more here:
A futurist who isn't worried about AI - POLITICO

Explore the future with visionaries Kevin Kelly, Peter Schwartz, Ari Wallach, and Tyler Cowen.

While each is looking into the future through a different lens, they all share a belief in the power of optimism and proactive engagement as essential tools for overcoming todays challenges.

Wallach introduces Longpath, urging long-term thinking, while Kelly advocates for Protopia, emphasizing gradual progress. Schwartz highlights scenario plannings importance, emphasizing curiosity and collaboration. Cowen reflects on Americas progress and calls for urgency.

Together, they stress empathy, transgenerational thinking, and diverse futures to collectively build a better tomorrow. The message: the future is a continuous creation requiring proactive, collective action.

ARI WALLACH: What are we doing that outlives us way beyond our own lifespan. To build another future for generations to come, that makes you a great ancestor?

KEVIN KELLY: This is a world we have as many, if not more problems, but those problems themselves are opportunities. It is much, much harder to create a future that we would like to live in-unless we can imagine it first.

TYLER COWEN: But maybe we're entering this new phase of American existence becoming fundamentally different in a way it had not been doing for several decades. And we're gonna see how well we respond.

PETER SCHWARTZ: Yes, there are ups and downs. There'll be setbacks, there'll be wars and panics, and pandemics and so on. That will happen. But the great arc of human progress and the gain of prosperity and a better life for all, that will continue.

WALLACH: But then the question becomes if it can be anything, how do you decide which one you wanna move to? What are the futures? The future isn't this distant place, it's not a noun. It's actually a verb, it's something that you make. If we wanna steer away from this iceberg that we're heading towards, we don't need a great man to do it for us, we need collective action. If we are to move forward as a people, as a species we have to plant trees whose shade we'll never know.

SCHWARTZ: I'm Peter Schwartz, the Chief Future Officer of Salesforce, and Head of Strategic Planning. I've written a book called the "Art of the Longview" and I've been studying the future for the last 50 years.

It's very easy to imagine how things go wrong. It's much harder to imagine how things go right than to see, oh, you could have a pandemic or a war or a terrorist act. That's easy to come up with. It's a big act of imagination, constructing a believable scenario of how all these forces come together to create a better future.

When I meet someone new and they ask, what does a futurist do? I basically say, I help study the future so people today can make better decisions. I'm an explorer of the future trying to imagine the possibilities that lay ahead. In fact, Steven Spielberg asked me, to bring together a team to create all the details of the future that you saw in the film "Minority Report." Advertisements that knew who you were, doors that recognized you, hydrogen-powered vehicles, electric cars.

It is not the goal to get everything right. It's almost impossible but you test your decisions against multiple scenarios, so you make sure you don't get it wrong in the scenarios that actually occur.

I was born in a refugee camp in 1946, came to the United States as an immigrant in 1951, but fell in love immediately with science, my father was an engineer, and with technology. What I knew was that I wanted a better world. I'd studied politics and everything like that and I still didn't understand what a better future was.

The way in which my career evolved was I ended up at a place called Stanford Research Institute. It was the early days that became Silicon Valley. It's where technology was accelerating. I was one of the first thousand people online. It was the era when LSD was still being used as an exploratory tool. So everything around me was the future being born. And we were part of a group that was studying where all this technology might go, and what the consequences would be for the world.

So at the end of 1981 I left SRI and joined Royal Dutch Shell in London. And there, I had the opportunity to apply these tools to real business decisions, helping one of the biggest companies in the world navigate uncertainty. And shortly thereafter, I launched a company with a group of friends called Global Business Network. And it was basically to create a membership organization of companies and remarkable thinkers to think together about the possible scenarios for the future.

What I realized was that the right question was not what did I think about the future, but what did everybody else think about the future? And that's when I was involved in helping to create something that is known as 'Scenario planning.' And so my question shifted to what are the tools that people need to think more intelligently and thoughtfully about the future?

To do scenario planning you have to have a number of skills. First of all, when I hire, I'm looking for something I call 'Ruthless curiosity.' One of the interesting stories that has always fascinated me, that kind of set the stage for how I think about the future and the challenge of making decisions, was the map of California.

If you look at maps of California beginning around the year 1605, and going for almost a century and a half, you'll find that it shows California as an island. What actually happened was that when the Spanish were exploring the western side of North America, they sailed up into the Gulf of Baja, and then later all the way up the coast to the Puget sound and they thought these must be connected.

Now the truth is this would only be a historical curiosity were it not for the problem of the missionaries. Because the missionaries actually use these maps and they would arrive at Monterey Bay. They had to cross California, and take their boats over the Sierra Nevada mountains and down to the beach on the other side.

And that beach unfortunately went on and on and on, until they realized they were in the middle of the deserts of Nevada, and there was no sea of California. And the weird thing is they actually wrote back to the map makers in Spain and said, "Hey, listen your bloody map is wrong." And the mapmakers wrote back and said, "No, no, no you are in the wrong place. "The map is right."

Now, many people who work in large organizations understand that logic very well. If you get your facts wrong, you get your map wrong. If you get your map wrong, you do the wrong thing. Good scenario planners are desperate for data and information. They read widely, they read about science. They read about economics. They read about politics. They read about the environment. So they're data junkies, but you also need to bring a lot of imagination, be able to break the boundaries of those trends, because trends change direction.

One of the early examples of, how shall I say, bad decision making that shows why you need good scenario planning was a crucial decision that IBM made in 1981 about whether to go in the business of making a new product, the personal computer.

And they said, "Well, look, we need to forecast demand. "Is there a really big demand for this product? "Is this going to be important?" And the forecast showed that it would peak at about 200,000 units and then decline pretty close to zero within a couple of years. So this was not a very viable product.

So we'll buy the chips from Intel, we'll get the operating system from Bill Gates, and we'll put it in a box and we'll call it an IBM PC. That was their idea. And they thought, this will last two or three years and it'll kill off Apple. Unfortunately, they were a little wrong. It wasn't 240,000 units, it was 25,000,000.

It was that failure of imagination that pointed to the need for scenarios. They needed to imagine what people could actually do when they had a bit of computing power in their hands. So you have to have the trends, but then you also have to see the imagination about how it can change direction.

And part of the way you do that an important ingredient is the ability to collaborate and learn from others. 'Cause you almost always do this with other people and work together. And I'll give you a concrete example. One of the earliest projects that Global Business Network did was for AT&T, on the future of the information industry. And we brought in a number of interesting, outside people. One of those was Peter Gabriel, the British rockstar.

He brilliantly used technology to make his music. And one of the AT&T executives said, "Peter, look they're just starting to do digital CDs, "which means you can get perfect copies of your music. "And now we're gonna have lots of piracy around the world." And he said, "Look, I can't stop it. "I know they're gonna do that. "So what I'm gonna do is treat that pirate CD "as free advertising. "And I'm gonna follow it with a concert. "I'll make my money on the concerts, not the CDs."

And that became the model in the music industry within about five years. Peter saw that before everybody else 'cause he understood the implications of the technology and how to compete with this rather dramatic change. And so can you have a thoughtful dialogue and learn and adapt your thinking from other people? So are you curious and gather lots of information? Are you imaginative? And are you collaborative? If youhave those three skills then you're gonna be a pretty good scenario planner.

I think fear of the future is one of the worst problems that we have today. We live so much better today than any time in human history. Yes, there are ups and downs. There'll be setbacks, there'll be wars and panics, and pandemics and so on. That will happen. But the great arc of human progress and the gain of prosperity and a better life for all, that will continue.

I like to think about the next 50 years, 100 years even a thousand years or more. What happens in the development of human evolution, of human societies? Will we be able, for example, to build star drives that allow us to explore the stars as in "Star Trek." Could we reinvent physics so that we can go faster than the speed of light?

So for me, the interesting questions are based on an understanding of history on the one hand, and on the possibilities created by science. And these two combine together to give me a kind of long arc of human history, from the last few hundred years to the next few hundred years.

I think the really big thing is gonna be genetic engineering. And what we're gonna start doing is getting rid of genetic diseases, for example, sickle cell anemia, diabetes, all these things that have genetic roots, new forms of cancer treatment. But beyond that, which I'm excited about, is improving people, smarter, stronger, longer lives.

I believe people being born today will have the option of living many centuries, and that will obviously change life rather fundamentally. So if you have a young child today, make sure you tell them to choose their spouse wisely because a couple hundred years with the same person, I love my wife, but I'm not sure about centuries.

KELLY:I'm Kevin Kelly, I'm Senior Maverick at Wired Magazine, and author of a bunch of books, including "What Technology Wants."

I'm definitely not the foremost technology historian. I don't even call myself a futurist. I like to say, I like to predict the future. I have pinned to my Twitter profile, 'Over the long term, the future is decided by optimists.'

This is not a world we have fewer problems. This is a world we have as many, if not more problems, but those problems themselves are opportunities. It is much, much harder to create a future that we would like to live in- unless we can imagine it first.

Imagine if I had a magic wand, and I could make the world 1% better. You wouldn't be able to tell. Nothing would really change very much. But if I took that 1% and compounded it year by year, over time we would notice that. That very mild 1% progress is 'Protopia.' We are very slowly crawling towards betterment.

Protopia is a direction. It's not a destiny. I bought into the hippie perspective. I wanted that small is beautiful, the Henry David Thoreau, simplified 'Walden' life. It was the big systems that I didn't trust. The big technology, the big corporations- but I did go to Asia, and there, things began to change.

I began to live in very remote parts of Asia that had no technology. It was like being on a time machine. I was transported back centuries- a city like Kathmandu that had no vehicles whatsoever- to Northern Afghanistan. These towns there without electricity. And then there were these cities, Hong Kong, Tokyo, right before my eyes, were emerging out of the ground.

So I would go by a rice paddy, and then I would come back a couple years later, and there would be like factories and people who had money. Right before my eyes, I saw what technology was bringing people. So that was the first glimmers of changing my mind about what this stuff was really about.

Part of Protopia is to envision a desirable future. The problem so far is that a lot of those visions of the future are dystopias. People have trouble imagining a world filled of technology, where it's a world that they want to live because the robots are gonna take over and kill us all: the rogue AI, or AI taking over, AI trampling us.

The problem with dystopia is that it's just not sustainable. In history, dystopias just don't last long. The first thing that happens is the war lords, in their greed, install some form of order. It's not an order that we prefer, but it's a form of order.

Utopia has a similar problem, in that it's actually not a desirable place. First of all, it's impossible: there can't really be a world that has no problems. I think if you made an eternal world that was forever getting worse, and an eternal world that never changed, the way you punish someone eternally is you put 'em in the world that doesn't ever change.

There is a role, if not a duty, for Protopia, in helping us to imagine what that preferable future would be like. After almost a decade traveling, I came back. I decided to ride my bicycle across to see the U.S., which I'd never seen. I was attracted to the Amish.

In my initial interactions with them, they weren't anti-technology. They actually liked to hack technology to work around their own rules. I became interested in how did they actually decide which technologies to accept and which didn't.

Americans, and my friends, and myself, we are also choosing technologies. Should I have Twitter or not? Should I have a phone or not? Do I wanna have an electric car or not? But we aren't choosing very deliberately, and we are certainly not doing it collectively.

That's what I discovered the Amish are doing- is they actually have criteria to help them make those choices. And their criteria is: 'Will this technology keep our communities together and spend as much time with our communities versus going out?' And that's one of the reasons why they're actually embracing cell phones. They've been very slow, but they are embracing cell phones, because their communities are not contiguous, they're actually kind of broken up. And they found, big surprise, that the phone actually brings their communities together.

Everything is optimized. And technologies, they feel, take them away from that, they're going to reject. And technologies that would enable them to do that, they're going to embrace.

The more important point for Protopia is that they have those criteria that they use to govern what technologies that they want to use. Most of the problems in the future are gonna be caused by the technologies today- that's the Protopian view. But, the solution to the problems made by those new technologies is not less technology. It's not to dial back the technology. It's not to stop AI. It's to make better AI.

I want to emphasize, of course, that this is not a prediction, because every prediction is wrong. These are scenarios. These are wishes. This is aspirational. But just like 'Star Trek' has been an inspiration to so many people making things, because they said, 'I wanna make that communicator.' And that's basically what we got with smartphones. They can be instrumental and powerful, to actually have a picture of something that we're aiming for in order to actualize it.

[NASA OPERATOR]: 'We have ignition.'

KELLY: I don't think there is a dark side. Part of Protopia is it incorporates pessimism. It actually says the problems are valuable. When you drive a car down the road, you need an engine to move it forward and you need brakes to steer. The vehicle technology requires both the engine of optimism and the breaks of pessimism in order to steer. The entire world should endorse Protopia. I don't believe in an endpoint- that we're moving in some way to some final endpoint, some perfection. We are moving, rather, in directions. And Protopia is a direction, which is moving towards increasing options. More choices in the world.

WALLACH: My name is Ari Wallach and I'm a futurist. And I'm the author of "Longpath: Becoming The Great Ancestors Our Future Needs."

When we think about our own life, we think about from birth to death. We have what I call a 'Lifespan bias.' We're the only known sentient species that at a very early point in time, realizes one day we're actually going to cease to exist.

Ernest Becker says though, that this is actually the greatest challenge that homo sapiens face. What death does is it kind of puts an end state to what we think is possible. If you're death-anxious, you're gonna be very short-termistic. If you're death-aware, you're gonna recognize that it's not just about your life, it's about the lives that came before and the lives that came after. What are we doing that outlives us way beyond our own lifespan to build another future for generations to come, that makes you a great ancestor?

We are in a moment of unbelievable flux and change in society. Artificial intelligence, genetic engineering, nuclear weapons and obviously climate change. The level of trust in major institutions and narratives is an all-time low. What that says to me, as an anthropologist, is we are deep in an 'intertidal.'

So an intertidal is a moment in time where the old ways of doing things, the institutions, the narratives, and stories are no longer working- but the new ones are yet to be born. And I take that from an ocean metaphor. The intertidal is this place between where a high tide and low tide exist. It's an area of high chaos, but also magnificent creativity. And here's the thing, unlike previous intertidals, this is the first major intertidal where we're actually self-aware enough to know, 'Hey we're in an intertidal, we're in the middle of something.' And so how we are and act during this moment sets the stage for the next several thousand years.

The issue is we are biologically prone to short-term decision making. 15,000 years ago, if you and I were walking and we came across a tree laden with fruit, we would gorge ourselves cause we didn't know where the next meal was gonna come from. We were being short-termistic; that's okay. But now we're using that kind of short-term thinking and applying it everywhere.

But if we are going to skillfully navigate this intertidal, we need a mindset that allows us to be future-conscious. Longpath is one of many solutions to help us skillfully navigate through this intertidal. What Longpath asks us to do is think about the ramifications of our day-to-day actions and the impact they will have on future generations. So more often than not, I say, "Hey I have this mindset called Longpath," and people say, "Oh great, we're all gonna get into a room, and we're gonna put post-it notes up and we're gonna design the future we want. I say, "No, actually what we're gonna do is we're gonna talk about empathy."

Now, when we think of empathy we often think about empathy in the present moment. It's also about empathy for the future or empathy for the past. We call this 'Transgenerational empathy.' Transgenerational empathy with the past, asks us to look at our parents or at the society and place them in context. There are things that my mom and dad used to say, that today would be called out as wrong.

The fact of the matter is that's gonna happen to us, I guarantee you, in 400 years, 500 years. Allowing us to look at the past and reconcile with it in some ways actually cleans the slate. So I know there are certain ways that I am in the world that are because that's how my dad was and his grandfather and their great-great-grandmother. It doesn't mean we don't hold them accountable, it means we put it within a context that allows us to process it, integrate it, and then move forward.

We then say, "What attributes do you wanna pass on?" So we use empathy, 'cus it allows us to actually connect with folks in the future in a way that will actually drive actions in the present by us. On the other hand, there's 'Futures thinking.' Futures thinking is an invitation to imagine something more than just a singular tomorrow. We live in this idea of an 'Official future.' And the official future usually is a set of assumptions, mostly unsaid, about what tomorrow will be. Well, who makes the official future? Back in the 1930s at the World's Fair, there was this exhibit called "Futurama," and was built by General Motors.

TV VOICE: Let's travel into the future.

WALLACH: Now they had these amazing displays about what the world of tomorrow would look like.

TV VOICE: And now we have arrived in this wonder world of 1960.

WALLACH: From education, into kitchens, universities- but the one thing across the entire exhibit were eight-lane highways.

TV VOICE: Accommodating traffic at designated speeds of 50, 75, and 100 miles an hour.

WALLACH: Well that's GM, so it makes sense that the official future would have a lot of cars in it. The official future of today is mostly driven by technology or kind of a Silicon Valley way of thinking. More often than not we live in someone else's official future.

ELON MUSK: Eh, not bad.

WALLACH:Futures with an 's', opens that up again and says, "Well, there are many possible futures that could happen." So futures thinking explodes the idea of an official future. But then the question becomes if it can be anything, how do you decide which one you wanna move to? What are the futures? That's where 'telos' comes from: it's from the ancient Greek of "ultimate aim." What is the future that we want? So our telos is always about thinking, 'Am I becoming a great ancestor?'

This is a big time for homo sapiens. We can't just kind of let the future wash over us or be dictated by people who say, "Well, the future is going to be X." The future isn't this distant place, it's not a noun. It's actually a verb, it's something that you make. If we wanna steer away from this iceberg that we're heading towards, we don't need a great man to do it for us, we need collective action. We may not all run companies that can feed the world or build spaceships, but it's really our behaviors and our values that we have to start changing.

If we are to move forward as a people, as a species, we have to plant trees whose shade we'll never know. That's it, that's Longpath. It's a mindset that instills that agency into the individual to help us kind of navigate this moment skillfully.

COWEN: I'm Tyler Cowen. I'm a professor of economics at George Mason University. My latest book, co-authored with Daniel Gross, is called "Talent: How to Identify Energizers, Creators, and Winners Around the World."

The rate of progress in American society has been fairly uneven throughout our history. Every now and then, there's a truly enormous breakthrough in human history. Much earlier, it might have been fire, language, the invention of settled agriculture, the printing press. You get a breakthrough and then many particular advances follow.

So in the mid to late-19th century, the big advance was combining fossil fuels with powerful machines. From that, we did locomotives. Later, cars. Later, airplanes, electrification. The period of greatest material progress was probably the early to mid-20th century. In those years, it would be common for American living standards to rise by 3 or 4% a year. That was a fantastic pace. It made America the world leader, the world's richest nation for a while.

But along the way, something happened: something went wrong. Starting in about 1973, our rate of progress fell. A lot of the easier tasks, we had already accomplished. So bringing electricity to most parts of America - that was transformational - wonderful that we did it. That's a hard first act to top.

I think another factor is we started regulating a lot of our economy, more than we had before: sometimes for good reasons, sometimes for bad reasons. But those regulations slowed down growth. Also, energy prices, for a while, became higher. For many classes of Americans, income growth slows. Parts of the 1990s, you have rapid growth again, but for the most part, we have not matched our earlier performance.

My earlier book, "The Complacent Class," argued that Americans had become too risk-averse and not sufficiently entrepreneurial. Politically, we are more sorted into states, into cities, into countryside towns by Democrat, Republican, Liberal, Conservative, however you want to talk about different categories. We are more sorted. There are many parts of our nation where segregation by race has been increasing rather than decreasing. This, I also find a worrisome trend.

I think we have been in moments of true political chaos. We've definitely been in moments of pandemic chaos: a lot of school closures, just much harder to travel around, less convenient. And we are in some kind of serious crisis of human capital. Too many people staying at home, not getting the stimulation of differently minded others. But there's a sense of crisis or needing a change today that we did not have in the 1980s or 1990s.

And you're seeing many of the most vulnerable people in American society doing worse. And that's a kind of 'canary in the coal mine,' that, "Hey, something isn't working here." But maybe we're entering this new phase of American existence becoming fundamentally different in a way it had not been doing for several decades. And I tend to think that crux moment of emergency, in some degree of chaos, has been upon us for the last few years. And we're gonna see how well we respond. It is up to us.

I am hopeful, but I'm also sure the final answer is by no means assured. So I recall reading a symposium in the New York Times: April of 2020, they asked a group of experts, "When are we gonna get the vaccines?" The most optimistic one said, "In four years." Of course, we had a working vaccine in less than one year.

So people had not understood that when there's true urgency, our societies are capable of becoming more heroic, of truly prioritizing some projects over others, and getting some very important things done. I see the major advances we're making with computing power, the internet, in biomedicine.

I see the greater political chaos. And often, when new technologies come, it disrupts your politics as well. It changes who wins, who loses. Changes what the coalitions are, which parts of the country are more influential, and why? So all of that we're remixing right now, but we're doing it at a faster pace than what we're comfortable with. And for American progress to resume at a higher rate, the number one factor is we need to stop taking our prosperity for granted. We need to stop telling ourselves we are always Number One. We need to get our act together, understand the urgency of our situation, and take on more of the attitudes that a lot of immigrants coming to this nation come with almost automatically - because they, very often, grow up in settings where prosperity simply cannot be taken for granted.

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Debunking doomerism: 4 futurists on why we're actually not f*cked - Big Think

"It requires a lot of training." Turd Shot

If you ever find yourself aboard a spaceship exploring the profound mysteries of the universe and you have the sudden urge to poop former NASA astronaut Mike Massimino has some insights for you.

"It requires a lot of training," Massimino told "The Daily Show" guest host Kal Penn during a recent segment. "You get rendezvous training and robotics training in space, and there would be potty training."

Because toilets on board NASA spacecraft are unlike Earth-bound commodes, he explained, you will need practice. These space thrones don't usewater but instead use negative air presure to suck away waste like a vacuum.

Astronauts in training would have to practice relieving themselves on a training toilet, and sit on another toilet to "practice alignment," Massimino said. For this second toilet, an instructor would be peering up at your buttocks via camera to make sure you have the proper sitting position for space shitting.

"Because the key for pooping in space is hitting a very small target" he said. "It's a little opening. And you open this little window to it, and you look down. It's very small so you've got to be properly aligned."

Doing a number one or two in zero gravity seems like a situation ripe for comedy, but NASA takes pooping in space very seriously. After all, it's an issue of both hygiene and comfort.

You certainly don't want a repeat of what went down in 1969 during the space agency's Apollo 10 mission when a piece of errant poop ended upfloating in midair inside the spacecraft.

Despite major upgrades being made to space commodes, doing business in space can still be messy. In 2021, commercial outfit SpaceX reported that its space toilet was leaking piss inside of its Crew Dragon capsule. Yucky.

NASA is taking waste management so seriously that the agency is redesigning its space commodes in time for the Artemis Moon Missions. For one, it needs to be able to operate effectively in outer space and the lower gravity of the moon.

Back in 2020, the agency held a design competition for a newly improved space toilet. The winning team designed a commode that accommodates both men and women posteriors and has a waste system similar to a Diaper Genie.

It's not clear if NASA will indeed deploy this winning design, but we will be watching for any news of waste management fiascos when the next Artemis mission launches in 2024.

More on space toilets: Space Tourists Learn Harsh Reality of Space Station Bathroom

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Former NASA Astronaut Explains How to Poop in Space - Futurism

Zhanjiang Xinjuneng Technology, a firm specialising in high-performance mobile workstations, has decided that you can fit anything in a laptop if you put your mind to it. Cue the Yunguai REV-9, sporting a 64 core AMD EPYC server CPU, a GeForce RTX 4080, a 17.5 inch 2K screen, and a custom liquid cooling system. You'll probably never want it on your actual lap but who cares when it has such a cool Nostromo-from-Alien vibe to it.

We spotted this over at Notebookcheck and it's nothing short of huge, with dimensions of 420 x 325 x 46 mm. To give you an idea on just how hulking that it is, the 17 inch Asus ROG Scar is 395 x 282 x 23 mm. In other words, the REV-9 is 43 mm deeper and twice as thick. But why is it so large?

It's all down to the choice of components. It's being marketed as a mobile workstation but even so, the specifications are somewhat bonkers. Take the CPU, for starters: It's an AMD EPYC (7713 or 9554), which has 64 cores, 128 threads, and 256MB of L3 cache. Depending on which version you pick, you're looking at something that can consume as much as 400W of power (though the default is a mere 360W for the 9554).

Then, there's the GPU. It's a laptop, so it will be using a mobile-version GPU, yes? Nope. The designers stuffed the desktop version of the GeForce RTX 4080 inside: 9,728 shaders, a boost clock of 2.51GHz, 16GB of GDDR6, and a TDP of 320W. In a demonstration video, the REV-9 is shown running through Cinebench and Furmark tests, and via a couple of extra, built-in LCD panels, the goliath pulls in over 540W in the latter benchmark.

But how on earth does one deal with that kind of heat, especially in a laptop? The answer is a split liquid cooling system, presumably with separate loops for the CPU and GPU. This is why the REV-9 is twice as thick as the Asus ROG Scar, and it's also why all of the IO ports are housed in the front of the laptop's base. The rear is all taken up by the cooling apparatus.

The website for Zhanjiang Xinjuneng Technology is a little, ah, basic which suggests that this laptop is probably one of the first projects the company is aiming to introduce. The REV-9 is currently being crowdfunded and I genuinely hope it's successful. Partly because you pretty much can't get anything like this, right now.

For example, Dell's most powerful mobile workstation, the Precision 7780, sports a Core i9 13950HX and an Nvidia RTX 4000 Ada. That's a piffling 24 cores, 36 threads, and 7,424 shaders. Heck, the CPU's base TDP is just 54W. Who wants that?

Seriously though, I want it to succeed just for its wonderfully industrial design. It wouldn't look out of place on the set for the original Alien film and I can just imagine it clicking and clacking away, as the mighty CPU inside carefully pilots the Nostromo and its valuable cargo across the silent void of space.

And even if you don't think it looks all that great, the hardware inside would have no problem running a CAD program to design the spacecraft. I wonder if it's too late to send out a letter? Dear Santa, this year I would like a Yunguai REV-9 because I've been so good.

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This is the most absurd blend of retro-futuristic looks and server grade hardware that I've ever seen, and it's all in a ... - PC Gamer

Dubai Future Forum, the worlds largest gathering of futurists, is set to kick off tomorrow and run for two days, November 27 and 28.

Organised by Dubai Future Foundation (DFF), the forum takes place at the Museum of the Future under the patronage of His Highness Sheikh Hamdan bin Mohammed bin Rashid Al Maktoum, Crown Prince of Dubai, Chairman of the Executive Council and Chairman of the Board of Trustees of DFF.

The agenda includes four main themes: reimagining nature, empowering future generations, the human-machine relationship, and transformations in human life.

More than 150 speakers from the UAE and around the world will participate in 70 panel discussions and keynote speeches, in addition to workshops covering areas such as space, sustainability, environment, energy, food, health, medicine, education, technology, artificial intelligence, digital economy, governance, and many others. The forum will be attended by more than 2,500 futurists from 100 countries, in addition to around 100 international institutions.

Day 1 The first day of the two-day forum will host panel discussions, keynotes, fireside chats, workshops, and more, bringing together an array of specialists, including: His Excellency Ambassador Majid Al-Suwaidi, Director General & Special Representative of the UAE COP28 Presidency; Dr. Sultan Al Neyadi, Astronaut at Mohammed Bin Rashid Space Centre (MBRSC); Hazza Al Mansouri, Astronaut at MBRSC; Stephen Bowen, Astronaut at NASA; Warren Hoburg, Astronaut at NASA; and Paul Savo, Assistant Professor at Stanford University.

Speakers will discuss topics such as the currency of the future, innovations in the energy sector, the role of strategic foresight in developing future policies, and preparing for the era of artificial intelligence.

Day 2 Her Excellency Ohood Al Roumi, UAE Minister of State for Government Development and Future, will start the second day with a keynote address on how to develop effective, sustainable policies. She will be followed by another keynote speech from Dr. Mary Lou Jepsen, CEO, Founder and Chairwoman of Openwater, in which she will discuss revolutionizing disease diagnosis and cures.

The second and final day will also host: Prof. Marc Buckley, Regenerative Futurist, ALOHAS Regenerative Foundation; whurley (William Hurley), Founder and CEO of Strangeworks; Prof. Matthew Agarwala from the University of Cambridge; Laurel Patterson from UNDP; Daniel Blume from the OECD and Dr. Grzegorz Ombach from Airbus; in addition to several artists.

They will discuss quantum computing, how nations will define success in the future, how nature and tech will change city planning, how we can foster ethical algorithmic decision-making, and what travel will look like in 2071. In addition, a workshop on day two will witness the launch of the UNICEF Youth Foresight Playbook.

Activations On the sidelines of the Dubai Future Forum, Dubai Future Labs and its partners at Japan Science and Technology Agency and the MIT Senseable Dubai Lab will showcase work across robotics and automation as well as leveraging data to better understand our urban landscape.

Another activation will present a unique opportunity to safely taste cultivated meat, chocolate created in a lab, as well as eggs and milk produced completely animal-free, as part of putting the future of food to the taste test.

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Dubai to kick off 'World's Largest Gathering of Futurists' tomorrow - Government of Dubai Media Office

It's going out with a bang. Totaled Recall

The International Space Station has been continuously hosting astronauts for 23 long years now and its age is really starting to show, including in the form of cracks and leaks.

Now, NASA is discussing how best to dispose of the station in the early 2030s. And the price tag of the plan is staggering.

As Scientific American reports, the space agency estimates that it'll likely cost almost $1 billion to safely decommission the ISS,inducing it to harmlessly burn up in the Earth's atmosphere. That price is likely inflated due to the agency's refusal to use Russian vehicles, per the report, a complicating factor given the station's reliance on these craft.

The plan will also mark the end of decades of peaceful scientific cooperation in our planet's orbit, a symbol of international unity, especially when it comes to US-Russia relations.

"In terms of civilian cooperation, I think many would describe it as the biggest project ever embarked upon in human history," Maia Cross, a political scientist at Northeastern University, told SciAm.

Broadly speaking, there are two options to get the ISS out of orbit. Engineers could either simply have the station plummet uncontrollably towards the Earth's atmosphere or they could orchestrate a more careful descent, using a special spacecraft to point it in the right direction.

In the case of the former, there's a risk of giant pieces of space station striking populated areas back on the ground.

"An uncontrolled reentry could significantly impact people on the ground, including fatalities, injuries and significant property damage," George Nield, president of the company Commercial Space Technologies, told SciAm.

Either way, scientists now have the task of minimizing the amount of debris that could fall on people down below, which is far easier said than done since the station orbits the entire planet every 90 minutes.

Ideally, it should stay pointed in the right direction as it's burning up in the atmosphere, which is made even harder by the uneven and unpredictable thickness of the Earth's protective layer.

As a result, NASA will have to develop and construct a custom-built vehicle that's powerful enough to deorbit and also accompany the station as it makes its descent.

Even with the help of Russia's Progress vehicles, it still would be a "challenge," Nield told SciAm, but given worsening US-Russia relations, even that option isn't on the table.

But if there's one certainty, it's that the ISS will go out with a bang, a bright inferno in the sky marking the bittersweet end to decades of international cooperation and scientific breakthroughs.

More on the ISS: NASA Astronauts Let a Tool Bag Drift Away and You Can Now Spot It With Binoculars

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Destroying the Space Station Will Cost NASA $1 Billion - Futurism