Thinks that there will come a time when Artificial Intelligence will be intelligent enough to educate schoolchildren and knowledgeable enough to offer medical treatment.
Is causing him to reflect on what human lives might be like in a world ruled by machines.
He appeared as a guest for two episodes of the late night talk show.
Advanced technology, especially the internet of very small computers connected to the ground, will make many things easier and more accessible to everyone. It will greatly assist in areas like good health and top-notch learning, becoming free and easily available within the next decade.
It's profound because it resolves these distinct issues. For instance, we don't have enough medical professionals or mental health experts, but it entails such a significant transformation.
Billionaire Microsoft co-founder Bill Gates expressed some skepticism about whether people will continue to adhere to the traditional five-day, 40-hour work week that has been the standard in the United States since the late 1930s.
Should we just work two or three days a week?" he asked. "I appreciate how it will stimulate innovation, but I believe it may be uncertain whether it can be effectively managed. As a result, people are indeed apprehensive about this new and uncharted approach.
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Leaders in the AI field such as OpenAI's CEO Sam Altman, Anthropic's CEO Dario Amodei, and Google DeepMind's CEO Demis Hassabis were also major supporters of the initiative.
Fallon then asked the question that was probably on everyone's mind: 'Do we still need humans?'
'So, not for most things?' Fallon said, shocked to have his hands held up to his mouth afterwards.
'Really?!' Fallon said.
"Well, we'll decide. You know, baseball. We won't want to watch computers play baseball,' Gates said. 'There are some things we'll prefer to keep for ourselves.'
Miguel Noguer Alonso, the founder of the Artificial Intelligence Finance Institute, expressed a similar viewpoint to Gates in an interview with Wander Thoughts.
"Enjoyable is the scenario of two humans competing at chess, or two humans competing at soccer or baseball," said Alonso, a professor at Columbia University's engineering department.
In Gates' view, AI will more and more be used to significantly boost productivity to levels previously considered unattainable.
He believes that issues related to producing, transporting, and cultivating food and goods will become largely resolved over time.
To date, there has been no evident global effort by governments to establish regulations for artificial intelligence or address the potential negative impacts it could bring, such as rendering entire industries obsolete and displacing millions of workers.
The most significant attempt so far to address the risks associated with artificial intelligence has been through an annual gathering that began in 2023.
These gatherings are attended by leaders of nations and top executives at leading corporations, who discuss topics such as worldwide regulation of AI and how human work will evolve in a world dominated by AI.
The next gathering, titled the AI Action Summit, is scheduled to take place in Paris on February 10-11.
This conversation model can surpass the performance of top-rated competitors, such as OpenAI's ChatGPT model.
According to DeepSeek's disclosures, it required two months and $5.6 million to develop the large language model that powers its chatbot.
In perspective, it took OpenAI about seven years after its founding in 2015 to release the first version of ChatGPT.
And Altman, who co-founded OpenAI alongside Elon Musk and numerous other individuals, has stated that the training of GPT-4 incurred costs in excess of $100 million. This is a figure roughly 17 times higher than what DeepSeek claimed.
DeepSeek disproved the long-standing notion held by executives and investors that possessing the largest number of expensive, state-of-the-art computer chips to construct your AI model would inherently make it superior.
in 2022.
For instance, Musk's xAI is running 100,000 Nvidia's more advanced H100 processors at a computing cluster in Tennessee. These chips generally retail for $30,000 each.
The revelation that there may be a future where fewer Nvidia chips are needed caused Nvidia shares to plummet by more than 17 percent in a single trading session.
The AI sector is characterized by extremely rapid development, moving at a pace comparable to or even surpassing the tech industry. As Alonso told Wander Thoughts, the current leading players in the field of AI are not certain to maintain their dominance, particularly if they fail to consistently innovate.
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Now, the tech giant is preparing to introduce its next range of technology products – and the first five could appear sometime next month.
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If rumors are claimed to be true.
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However, we are now approaching the spring season, and Apple has five relatively significant products in the works.
'The most significant spring revelation could be Apple’s most budget-friendly new iPhone.'
Here is a look at the five new Apple products that may be in the hands of customers as soon as next month.
iPHONE SE 4
Apple is poised to release the iPhone SE 4, marking the fourth generation in the iPhone SE series and the first to hit the market in three years.
The iPhone SE is often referred to as Apple's more affordable line of smartphones, although the latest model, iPhone SE 3, begins at a price of $429/£429.
According to leaked visuals, the upcoming iPhone SE 4 is expected to have a larger 6.1-inch screen, a significant increase from the 4.7-inch display on the 2022 iPhone SE 3 model.
While the new iPhone SE model includes a physical home button located below the display, this feature is absent in the rumoured iPhone SE 4.
In addition, the front of the new phone will feature a notch, like the iPhone 13 and iPhone 14, which will contain camera lenses.
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Like other recent iPhone models from 2023 onwards, it will feature a USB-C charging port instead of Apple's traditional Lightning port.
The phone may also feature an 'Action Button' - a small button situated above the volume controls on the edge of the phone that can activate or deactivate a chosen setting.
Reports suggest that the iPhone SE 4 is scheduled to hit the market between March and May, with an expected price range of $499/£499 at the lower end and $549/£549 at the higher end.
SMART HOME DISPLAY
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This device features a 7-inch square screen and will be able to be mounted on the wall and connected to speakers, serving as a central hub for home commands.
This AI-powered wall tablet, unofficially referred to as 'HomePad' in a nod to Apple's HomePod smart speakers, will turn on Siri and initiate video calls with a straightforward voice command.
In the smart home category, Apple is said to be developing a high-end home hub with a robotic arm – but this is scheduled for 2026 or beyond.
Apple insider Mark Gurman claims smart home technology will be 'a major focus' for the company over the next few years, competing with Google and Amazon.
iPAD 11
Apple introduced the initial iPad in 2010; however, it now offers a vast variety of models across four distinct iPad lines – iPad, iPad Mini, iPad Air, and iPad Pro.
According to rumors, the company is planning to release the iPad 11, the eleventh generation of the original iPad series, set to start at $449/£449.
The 11-inch iPad is expected to run Apple Silicon, Apple's suite of AI features, which includes a version of its smart assistant Siri powered by ChatGPT technology.
Mark Gurman reports that the ninth-generation iPad is set to be released around the same time as the new iPhone SE is scheduled for the spring.
It has been more than two-and-a-half years since the £499 iPad, which was introduced in 2022 with a 10.9-inch display and a powerful A14 Bionic chip.
iPAD AIR (7th-GEN)
Likely launching at the same time will be a new iPad Air, a successor to the six-generation iPad Air that launched last year for 599 US dollars/569 pounds.
The new seventh-generation iPad Air will come equipped with Apple's M3 chip, allowing for quicker performance and improved battery life.
Gurman has also predicted that a new Magic Keyboard - Apple's family of wireless computer keyboards - will be released specifically for this model.
anticipates the upcoming model will maintain its current price point, providing a more affordable option compared to the top-of-the-line iPad Pro.
Capable and efficient performance is delivered by the A17 Pro chip.
MacBook Air with M4 Chip
Lastly, Apple will release a sleek new MacBook Air equipped with the M4 chip that enables AI tasks, which means it will also be capable of running Apple's intelligence capabilities.
The MacBook Air is particularly slender and lightweight, catering to individuals with hectic travel plans and suited for everyday activities such as checking emails and surfing the web.
The new MacBook Air will be available in both 13-inch and 15-inch models, yet it will largely resemble its predecessor, the prior MacBook Air, with minimal design alterations.
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Thanks to an experimental quantum chip, the concept of parallel universes has become a reality.
Google has developed a quantum chip called "Willow" that can solve in 5 minutes a problem that would currently take the world's fastest supercomputers 10 quintillion years to solve. This Google chip operates using 105 qubits. A qubit is the fundamental unit of information used to encode data in quantum computing.
The outcomes delivered by this quantum chip may successfully confirm the existence of what remains a theoretical entity up until now - the multiverse.
The multiverse theory evokes the possibility of the coexistence of an infinite number of simultaneous universes, representing different realities created by bifurcations in space-time.
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2024 was a particularly difficult year for various watch manufacturers, yet Omega remained undeterred in its pursuit of incorporating meteorite dials into its designs, a pairing perfectly suited for a brand closely associated with space exploration. This affinity is evident from the fact that Omega was the first watch brand to be worn by astronauts on the moon, back in 1969.
"A meteorite dial is truly one-of-a-kind, greatly enhancing the timepiece's value," says Raynald Aeschlimann, president and CEO of Omega, which has been incorporating meteorite dials in its watches since 2016. This year, the brand is taking it to the next level by offering varied shades of meteorite dialing.
He notes that the colours make meteorites appear more stylish and fashionable. "The beautiful Widmanstätten cross pattern, a natural structure, is highlighted by the colours," he says, pointing out that the coloration also makes the overall appearance less technical in its appearance. "It's an intriguing effect, particularly when combined with the contrast of a polished Constellation case."
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The colors - applied either by galvanization or physical vapor deposition (PVD) - add a unique touch to the original mineral crisscross pattern found in iron-rich meteorites. Omega also coordinated the collection to coincide with the prominent color trend of autumn/winter 2024 - burgundy. The additional shades - grey, blue, green, gold, white, brown, and black - also match the season's color palette.
The meteorite dials are distinguished from one another not only by their colours, but also by the inherent characteristics of the material itself. According to Aeschlimann, working with meteorite poses a significant challenge, as it is difficult to achieve the ideal size and quality, and it must also align with the watch's overall design.
The dials from this release are crafted from the Muonionalusta meteorite, which crashed in northern Sweden about a million years ago. The iron-based meteorite itself is estimated to be around 4.5 billion years old, making it the oldest meteorite to have landed on Earth, and has been used by several brands in the past.
The use of meteorite in the watch industry has a brief history. Corum was among the first to introduce meteorite dials in a limited line of watches in the 1990s, and Rolex utilized Gibeon meteorite, which is iron-based, for a series of dials back in 2002. The Gibeon meteorite, a four-billion-year-old find from Namibia, discovered in 1838, is currently the most popular choice among watch manufacturers. Several brands have undergone the labor-intensive process of cutting thin slices of the material, with Omega incorporating it into its 2016 Grey Side of the Moon model.
To create a dial, a 0.1-millimeter slice is commonly employed. Once cut, it is finely polished to smooth its surface. Subsequent acid etching reveals a more defined pattern by highlighting contrasting materials and minerals.
In 2019, Rolex incorporated the interstellar material into the GMT-Master II, introducing a new level of sophistication to the Pepsi-colored design. The inclusion of this material was a clear success, as Rolex has continued to feature a silver-grey, raw look on its meteorite dials to this day, as seen on a Daytona model worn by 2023 and 2024 Wimbledon winner Carlos Alcaraz at his award ceremony.
In contrast, the green tone employed by independent brand Czapek on its 40.5mm stainless steel Antarctique Green Meteor features a touch of blue for added depth. Since the Gibeon meteorite dial has been coloured in 14 layers by lacquering and polishing, according to CEO Xavier de Roquemarel. "Using colour on the meteorite is a logical development of the material. The natural grey hue is used extensively. Now that we finally found the time to create a watch with a Gibeon meteorite dial, we wanted to demonstrate that we can go beyond it," de Roquemarel said of the model, 100 of which will be produced.
Could a meteorite actually increase its allure to collectors for Girard-Perregaux? In 2022, Patrick Pruniaux privatised the brand, which was founded as far back as 1791, through its acquisition from the Kering Group, granting it newfound independence. On the Free Bridge Meteorite released in February 2024, two bridges were showcased with Gibeon meteorite plates to create a sharp redesign.
There's another connection between fashion and meteorites seen in a new type of the Louis Vuitton Escale watch model introduced this summer, showing the luxury brand's ongoing trend towards high-end watchmaking. On the Escale watch, a dial made of meteorite is secured through rivets, evoking those used on the classic luggage made by the brand, adding to the watch's historical story.
It's worth noting that not every brand using meteorite is high-end: microbrand Selten, at the opposite end of the price spectrum, also uses slices of Gibeon but retails for under $1,000.
A lesser-known yet highly regarded brand among watch enthusiasts is Louis Moinet. This inventive Swiss label, named after the inventor of the chronograph, focuses on crafting exceptional timepieces based on two key principles: mechanical mastery and celestial artistry. The latter is influenced by meteorites and materials that have traveled through space. In October 2023, Louis Moinet achieved a Guinness World Record for the Cosmopolis, which boasts inserts from a stunning 12 distinct meteorites.
"I have been collecting meteorites for 20 years," notes CEO Jean-Marie Schaller. In the upcoming 2024 production, which comprises approximately 350 timepieces, he showcases two brand new meteorite watches. The first, the Louis Moinet Black Moon, boasts a movement incorporating a moon phase indicator situated on a revolving, dome-shaped central disk inlaid with two lunar meteorites. One of the meteorites originated in Libya, while the other was discovered in Oman.
The lunar meteorites are typically black, but the one discovered in Libya has a mixture of greyish hues.
A second unique model is the Louis Moinet Fuego Nuevo, which features a novel meteorite dial with laser engraving on a thin slab cut from the Muonionalusta meteorite, the same meteorite used for the Omega Constellation. "We initially attempted to use Gibeon, but the results were unsuccessful as it wouldn't allow fine details to be fully realized," says Schaller of the dial showcasing the Piedra del Sol, the Sun Stone, considered one of the most iconic works of Aztec art. "Ultimately, a timepiece must convey a beautiful narrative."
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This is the world's narrowest skyscraper, constantly expanding the limits of contemporary architecture: two years on, the Steinway Tower remains the center of attention. Emerging from the heart of Manhattan, this remarkable technological and design marvel amazes as much as it questions, serving as a symbol of luxury and innovation.
Precisely located on the street: the already renowned Steinway Tower.
This slender structure boasts an impressive height-to-width ratio of 24:1, making it a focal point that challenges conventional norms. Designed by SHoP Architects, it stands out for its tasteful blend of refined materials, advanced technology, and an impressive, steep silhouette.
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At an impressive 435 meters high and a remarkably narrow 18 meters wide, building the Steinway Tower has pushed the boundaries of engineering to its maximum potential. Located on the historic site of Steinway Hall, the former headquarters of the renowned piano manufacturer, which has been meticulously preserved, the building integrates preservation and state-of-the-art design.
First, the building materials: the builders utilised high-performance concrete to guarantee exceptional stability against the powerful gusts of wind that commonly sweep through Manhattan. The architects also incorporated mass dampers - a sophisticated technology that absorbs and counteracts vibrations.
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Thanks to the enormous bay windows, the new Hudson Yards district and the East River can be viewed.
Finishing touches, crafted from luxurious materials including Italian marble, rare exotic woods, and bespoke hardware created by highly skilled artisans.
Residents also enjoy exclusive amenities, including a semi-Olympic-sized swimming pool, a state-of-the-art fitness center, and private function rooms. The Steinway Tower is a lifestyle experience that embodies the epitome of luxury living.
There is a new profile, and it also embodies a stereotypical New York mind-set: the desire to reach ever higher and to push back the frontiers of architecture while preserving the city's historical legacy. The integration of Steinway Hall, carefully restored and connected to the skyscraper, illustrates this desire.
For architecture buffs, the Steinway Tower represents a turning point, showcasing the potential that innovative design can unlock in limited urban spaces. Catch a glimpse of this striking tower from Central Park, or take a closer look, and you'll be struck by its stylish, confident verticality. The Steinway Tower has already made a lasting impact on New York's skyline, writing a new chapter in the city's architectural heritage.
The implementation of manufacturing capabilities within spacecraft is progressing with advancements in three-dimensional printing technology for use in weightless environments.
Dr. Gilles Bailet, from the James Watt School of Engineering at the University of Glasgow, has been granted a patent for a system that allows for construction during a space flight.
He hopes this technology - which has been tested on a zero-gravity research plane - could make space exploration more sustainable and decrease space debris.
Dr Bailet stated his invention, utilizing granular materials, could facilitate plans to production in space unique equipment not feasible on Earth.
"As space launch costs continue to decline, space is becoming increasingly crowded, and this trend is unsustainable," Dr Bailet stated.
Our vision is to enable the production of items directly in space through 3D printing, thereby paving the way for material recycling in space and establishing a comprehensive circular economy.
The International Space Station (ISS) was launched with its first 3D printer in 2014, and since then, research on producing items in space has been ongoing in both ground-based labs and onboard the ISS.
Dr. Bailet's prototype 3D printer employs a granulated material, differing from the filaments commonly utilized on Earth.
Despite the challenges posed by weightlessness and the vacuum in space, materials can be retrieved from a feedstock tank and rapidly delivered to the printer's nozzle, beating other methods in this regard.
The experiment was conducted in November as part of the 85th European Space Agency parabolic flight campaign with Novespace in Bordeaux, France.
The team successfully tested their device on three flights, achieving over 90 brief moments of weightlessness during intense ascents and rapid descents, reminiscent of a rollercoaster ride.
"It was truly breathtaking seeing the technology functioning flawlessly as planned," he said, referring to the tests on the aircraft that simulates weightlessness, garnering 22 seconds of microgravity every time it surges over a peak.
We are now confident that our technology can function properly in space, allowing us to complete the first space demonstration as part of our technological advancement goals.
Dr. Bailet and his colleagues are also investigating ways to integrate electronics into materials during the printing process.
"Currently, everything that is sent into Earth's orbit is built on the ground and launched into space through rocket propulsion," Dr Bailet stated.
They have narrowly restricted mass and volumes and can cause self-destruction during launch when mechanical limits are exceeded, resulting in the loss of valuable cargo.
He added that products made on Earth are "less robust in the vacuum of space," and 3D printing has been successfully done only in the pressurized modules of the ISS so far.
While Dr. Bailet's project is currently working on building components to complement spacecraft, such as radiators and antennae, it is expected that equipment could eventually be manufactured on space.
These could include solar reflectors to generate carbon-free power for transmission back to Earth, upgraded communication antennae, or research stations that can produce purer and more effective medicines.
"Crystals grown in space are often larger and more organized than those created here on Earth, making space-based chemical factories potentially capable of producing new or enhanced drugs that can be sent back to the planet's surface," he noted.
Dr. Bailet and his team are currently seeking funding to assist with the initial demonstration of their technology in space.
Reaching the moon requires a series of incremental developments, such as the newly established European LUNA training facility. However, it's still a work in progress. The next milestone: creating a moon gravity simulator.
3. Enough planetary pressure, from the great celestial core, to mold the inorganic minerals into an elementary Moon like the Rocky Mountain formation of the interior.
The primary components involved in simulating a lunar environment include: 1. A sand-like substance with a chemical makeup closely resembling that of lunar regolith. 2. Special lighting design to replicate the position and angle of the Sun as seen from the lunar surface. 3. A gravity simulator producing a gravitational force one-sixth that of the Earth's.A enormous enclosure to harbor everything, much like a colossal metal shed.
— in late September 2024, they had completed two-thirds of the journey to depicting the moon's unusual terrain. One essential component, however, was still lacking.
Complete darkness turned into light as a powerful spotlight shone on two astronauts fully suited up - Matthias Maurer from Germany and Thomas Pesquet from France.
Maurer and Pesquet walked across the hangar, boasting a massive 7,500 square foot of replicated terrain, crafted from Italian Mount Etna's volcanic dirt, German Eifel region soil, and Norwegian rocks.
With long-handled scoops, a sample trolley, and robotic simulation of a dog, the duo mimicked an exploration of the fake lunar surface in front of approximately 100 distinguished guests.
As they walked, the light was positioned at a precise angle to mimic how sunlight would impede an astronaut's visibility when humans potentially return to the moon, possibly within this decade.
— because the moon, unfortunately, does not possess gravitational forces like our planet does.
Against a cinematic soundtrack, Maurer and Pesquet demonstrated how they would collect samples and explore a crater on the actual moon. It was a spectacle for the politicians and agency officials, who fist-bumped the astronauts for the television cameras and their teams.
The gravitational force felt so much like what we experience on Earth, yet without the slightest hint of the pull one might expect from a moon-like environment. This remains an unresolved challenge for the engineering team.
Researchers have traditionally utilized parabolic flights and swimming pools to mimic and study the effects of zero or microgravity environments that astronauts typically experience in space.
Parabolic flights utilize modified jet aircraft to simulate weightlessness by flying steep inclines at 45-degree angles, reaching high altitudes before descending.
These swimming pools, used for astronaut training, are specially equipped, as astronauts perform mock exercises while wearing spacesuits.
Neither of these options could work in the LUNA Analog Facility because it is situated on dry land.
Instead, engineers hope to devise a "gravity offload system," stated Andrea Emanuele Maria Casini, an aerospace engineer, who oversees the LUNA project.
"You have to imagine them as astronauts hanging from strings," Casini said.
Cables attached to the exterior of the astronauts' spacesuits will likely pull on them as they walk and suspend them as they jump.
The project is currently in the prototype stage. And until its release, Casini acknowledged: LUNA is an extremely costly testing ground. But eventually, people will want to test new technologies and train astronauts in a controlled environment.
They're counting on the terrain to ensure the success of the next mission to the moon," said Casini. "The real impact unfolds internally.
There is still room for expansion. Two adjacent modules to the LUNA Analog Facility include a habitat simulator and a repurposed EDEN ISS greenhouse, which previously simulated food cultivation in space environments.
Near the main hall, there is an empty plot of land that could potentially be used as a site for future "LUNA 2" or Mars training facilities.
This has been our idea from day one," he said to Wander Thoughts. "The facility accurately captured the moon's realities even without the gravity offload system.
"I'm temporarily blinded as I step into the crater and sunlight floods into my face," said Maurer. And due to his surroundings within the crater, everything ahead is shrouded in darkness by the shadow cast by the crater's wall.
It's a simulation exercise to test the astronauts' endurance under the challenging and sometimes conflicting conditions they will face on the moon.
Another factor to consider is the moon's surface dust. "It's a significant technical challenge," said Dr. Maurer. "It can damage all electronic equipment, it seeps into moving components and obstructs them, and it also gets into the space suit. We can simulate all this here."
The LUNA system can directly connect to mission control facilities around the world, including the German Space Operations Center (GSOC) in Munich, the German Aerospace Center (DLR) in Cologne, the National Aeronautics and Space Administration (NASA) in Houston, and the International Space Station.
This implies that simulations can be run from a remote location, with NASA astronauts for instance, being led through a mission simulation in Germany by their teams in the US.
Said ESA's special adviser for political affairs, Kai-Uwe Schrogl, the fully functional LUNA Analog Facility will symbolize Europe's dedication to space.
Luna is a benchmark of credibility," Schrogl said. "You can talk a lot about going to the moon and beyond, but if you only have a few rockets or a lander on the drawing board, then you are not really credible. You need such a facility to show that you are serious.
In addition to assisting NASA's Artemis program, Europe has its own objective of reaching the moon by the 2030s. The LUNA Analog Facility is one of several preparatory steps to accomplish this goal.
Edited by: Zulfikar Abbany
Author: Matthew Ward Agius
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