Durable infrastructure
Cement, the binding agent in concrete, emits large amounts of CO₂ both from the high-temperature kilns used in its production and from the chemical reaction that forms it. By displacing cement with processed fly ash, builders can create more sustainable concrete without compromising performance.

PHNX’s system targets sulfur and carbon, common impurities in fly ash that concrete makers typically reject. Removing those contaminants not only purifies the ash for construction use, but also yields marketable byproducts like sulfur and aluminum. The startup is also exploring the extraction of rare earth elements, which are in high demand for clean energy technologies.

However, as coal plants have shut down across the U.S., 21 of which in the last two decades, fly ash has become harder to source. Coal, which once reigned supreme by generating more than half of the country’s electricity, has seen its dominance steadily fade with the rise of cleaner energy sources, now accounting for just 15 percent of the power grid.

However, the resulting shortage has forced concrete makers to reduce fly ash content to around 8 percent, substituting it with more cement, which is not only pricier, but more polluting. That shift not only compromises the strength and longevity of concrete but also raises its carbon emissions.

Can a bioreactor make a medium-rare steak in space?
Once released by the SpaceX Falcon 9 rocket, a small cube satellite holding a mini-lab will orbit the Earth in Europe’s first commercial returnable spacecraft, Phoenix.

Three hours later, it will fall back to Earth off the coast of Portugal. A recovery vessel will whisk the sample back to London, where food scientists will assess how to build a bioreactor that will enable them to grow food in space as early as next year.

However, the bioreactor-made products look like “brick-colored goo,” as per the BBC, so Imperial College wants to solve that problem. Astronauts already find space food challenging on the ISS. Cooking in space involves injecting a pouch with hot water, as the food is freeze-dried or irradiated.

Meanwhile, a deep dive into the cocrystal’s behavior revealed strong charge transfer interactions between its components. The team found that it absorbed light across a wide spectrum (350–1100 nanometers), showed a marked redshift compared to its individual parts, and exhibited near-complete photoluminescence quenching – a telltale sign of efficient nonradiative energy transitions.

“Under 808 nm laser irradiation at 0.367 W cm-2, the prepared cocrystal reached an equilibrium temperature of 86 degrees Celsius within seconds,” the scientists reveal. “The PCE of 67.2 percent was calculated using a reliable method, surpassing many previously reported organic photothermal materials.”

!summarize #tesla #car #robotaxi

“Experimental results demonstrate that the proposed flying squirrel drone achieves a 13.1 percent improvement in tracking performance, as measured by root mean square error (RMSE), compared to a conventional wingless drone,” said the team in their research abstract.

Glide-control advance
Drones are increasingly used in vital tasks like inspection, data collection, and rescue missions, where speed and precision are essential, especially in complex or dangerous environments.

However, physical constraints, including thrust saturation, underactuated systems, and challenging-to-model aerodynamics, present difficulties for traditional drones.

Researchers from the Agency for Defense Development (ADD) and POSTECH have created a unique drone that is modeled after the flying squirrel in order to overcome these difficulties. Foldable wings improve flight agility and trajectory tracking capabilities of this incredibly agile drone.

The goal of the new design is to facilitate more dynamic and flexible flight, building on earlier research that employed folding wings and machine learning for trajectory following and emergency braking.

The most recent iteration is designed for wider real-world applications, providing enhanced maneuverability in a variety of unforeseen settings, in contrast to previous prototypes that were restricted to predetermined pathways and indoor environments.

The drone outperformed traditional models’ tracking accuracy by 13.1 percent in outdoor experiments with dynamic flight paths and artificial impediments.

According to the team, the integration of bio-inspired mechanics with adaptive control and machine learning represents a notable advancement in drone agility and responsiveness under real-world conditions.

“The proposed data-driven approach could be further enhanced by incorporating efficient trajectory design, offering a promising avenue for future research,” said the team in the research paper.

The details of the POSTECH team’s research were published in the journal arXiv.

Topological quantum computer
Moiré materials are made by stacking single-atom-thickness sheets (like graphene) with a slight twist or mismatch between the layers. This slight misalignment creates larger, over-arching patterns known as moiré patterns.

Under certain conditions, moiré materials can exhibit what is known as topological quantum states. These quantum states form uniquely as a result of electron interactions. They are of interest because they could be used to build quantum computers.

Topological quantum computing stands apart from current approaches by following a fundamentally different strategy. Instead of encoding information in fragile qubits, topological quantum computers would use the global properties of exotic quantum states, making them inherently more stable and less error-prone.

Scientists call these exotic quasi-particles anyons, and they behave in ways that neither electrons nor photons do.

While this may seem counterintuitive, it actually happens due to quantum mechanics. The catch is that this phenomenon requires strong external magnetic fields, which the researchers wished to avoid.

However, the moiré material tMoTe2 is such that the twist creates an internal magnetic field, allowing the fractional quantum Hall effect to be observed without needing an external magnetic field.

For the optical technique, the researchers use a fast laser pulse that disrupts or melts the quantum states in the material temporarily. Then, a second pulse monitors the recovery of the states.

This method allowed them to study the signature of these hidden quantum states.

The researchers’ optical method, which they named the pump-probe spectroscopy method, revealed around 20 quantum states hidden from other methods. While some of the states were previously observed, several were completely new.

Now, the researchers plan to characterize these new quantum states to determine which could be used for quantum computing applications.

A senior scientist associated with the paper stated that there are many complexities involved in landing a sixth-generation fighter on an aircraft carrier.

Pilots aboard a flying-wing aircraft without a tail face difficulties in landing it on a carrier. The lack of horizontal stabilizers makes the plane struggle to maintain pitch control.

Moreover, further difficulty is caused by the air that moves behind an aircraft carrier, which can disrupt the flight paths of the stealth fighter.

However, the scientists stated that it is important for China to overcome these challenges as a sixth-generation stealth fighter jet can give a major boost to the operational capability of the Navy.

Therefore, the scientists have developed a ‘direct force control’ system, as per the SCMP report. The system measures control surface adjustments in real-time to enable the pilot to bypass the aerodynamic databases.

The team has opted for a Fixed-Time Disturbance Observer (FTDO) used in advanced robotics.

Opinions of Musk have started to influence dealings with any of his companies, including SpaceX and Tesla. Starlink has not escaped criticism due to its relationship with Musk, resulting in a few governments seeking alternatives to SpaceX’s internet services.

For instance, the German military has announced plans to develop a Starlink alternative. Kyiv and the EU are also seeking options to reduce reliance on Starlink.

Eutelsat’s Competitive Edge
Eutelsat, a Franco-British operator, offers a low-Earth orbit network with 630 satellites and 35 geostationary ones, though it trails Starlink’s scale. It has 2,000 terminals deployed in Ukraine and 14,000 more planned to deploy. Starlink has 40,000 terminals in Ukraine, used by the military and civilians.

Price is another factor to consider when seeking a Starlink alternative. Eutelsat’s €9,000 terminals are pricier than Starlink’s €500 units.

Pushback from lawmakers and legal experts
During a recent committee hearing, state Sen. Jason Pizzo, a Democrat who represents parts of Broward County, including Hollywood, raised concerns over how citizens might interpret the bill.

“There was mention that ‘reasonable force’ might include shooting it down…But I don’t want anyone under the notion that they can go and just shoot things down from the air, which is actually punishable by up to 20 years in federal prison,” Pizzo said.

Although the bill doesn’t explicitly mention firearms, the lack of boundaries leaves room for interpretation — and possibly dangerous behavior.

Researchers at the Imperial College in London and Bedford-based company Frontier Space are at the forefront of an emerging science. Lab-grown chicken has already arrived on supermarket shelves in the US and Singapore. Proponents of growing food in a lab argue that its true value lies in its ability to provide a sustainable and eco-friendly food source.

A bioreactor can make any kind of food
Dr. Aqeel Shamsul, CEO and founder of Bedford-based Frontier Space, told the BBC that science can now produce food and drink from “pure energy.”

“It is no longer the stuff of science fiction.”

Using a bioreactor at Imperial College’s Bezos Centre for Sustainable Proteins, they genetically engineer food like fermenting beer, known as “precision fermentation.”

Now, a research team consisting of scientists from Nanchang University, Soochow University, and Nanjing University in China has made a massive leap ahead by using the open-shell radical Br2NDA as an electron acceptor to design and synthesize a photothermal charge-transfer cocrystal, coronene-Br2NDA (CBC).

When combined, coronene and Br₂NDA self-assemble into needle-like microrods through a simple solution-based method, forming a highly crystalline structure with exceptional light absorption and heat conversion capabilities.

Definition of Technology

Technology refers to the application of scientific knowledge for practical purposes, especially in industry. It encompasses a broad range of tools, machines, and methods used to solve problems, improve efficiency, and enhance human life.

In the context of INLEO, technology plays a crucial role in enabling fast, free transactions, and providing a platform for users to create, curate, and monetize content.

For more information on technology and its applications, feel free to ask or share relevant articles and discussions.

https://docs.inleo.io/

Let's keep the conversation going and make this a hub for technology discussions.

What aspects of technology would you like to explore further?

Quantum Computers: A New Era of Computing

A quantum computer is a type of computer that uses the principles of quantum mechanics to perform calculations and operations on data. It's designed to solve complex problems that are currently unsolvable or require an unfeasible amount of time to solve using classical computers.

Obstacles to Development

The main obstacles to developing quantum computers include:

• Quantum noise and error correction: Quantum computers are prone to errors due to the fragile nature of quantum states.
• Scalability: Currently, quantum computers are small-scale and need to be scaled up to perform complex calculations.
• Quantum control and calibration: Maintaining control over quantum states and calibrating the system is a significant challenge.

These obstacles are being addressed by researchers and scientists, and significant progress is being made in the development of quantum computers.

@khantaimur, I'd be happy to help you with the latest tech news.
However, I need a bit more information on what specific area of technology you're interested in.
Are you looking for updates on AI, blockchain, or perhaps something else?

You can also check out the daily technology #threadcast by @taskmaster4450le for a curated list of tech-related discussions and articles.

Let me know how I can assist you further.

Please provide more context or clarify your question, and I'll do my best to provide a helpful response.

Artificial intelligence (AI) refers to the development of computer systems that can perform tasks that typically require human intelligence, such as learning, problem-solving, and decision-making.

On INLEO, we have a feature called LeoAI, which provides AI-powered tools and data analysis, as well as exclusive content and rewards for Leo Premium users.

What specific aspect of AI would you like to know more about?

Now, researchers from Japan and the US have observed several previously unseen quantum states in a two-dimensional material. These materials join the growing list of what the researchers call a quantum zoo.

In a press release, co-author of the study, Prof. Xiaoyang Zhu from Columbia University, said, “Some of these states have never been seen before. And we didn’t expect to see so many either.”

Several of these quantum states were hidden, requiring the researchers to develop an innovative optical technique. The researchers used this technique to probe the quantum states of twisted molybdenum ditelluride (tMoTe2), a two-dimensional moiré material.

A report by the South China Morning Post (SCMP), mentions that there is a significant risk to pilots who are trying to land a sixth-generation jet on the People’s Liberation Army (PLA) Navy’s aircraft carriers.

One special feature of the J-36 is that it does away with the tail completely, as it adopts a triangle-shaped designed.

The J-36 stealth fighter jet from China
Recently, images of the J-36 stealth jet being tested in China surfaced on social media.

It might be the case of the Chinese government releasing the images to show its progress in the race to build next-gen fighter jets.

The triangle-shaped fighter jet design has been compared by some experts and social media users to a ginkgo leaf.

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Memecoins: Rebellion or Hopium?

Memecoins can be seen as a form of rebellion against traditional financial systems, offering an alternative and community-driven approach to cryptocurrency. However, their volatility and lack of inherent value also make them a high-risk, high-reward investment, akin to "hopium" for some speculators.

Their impact and legitimacy depend on the community's perception and adoption, making them a fascinating topic in the crypto space. What are your thoughts on memecoins? Do you see them as a revolutionary force or a speculative bubble?

Response to @khantaimur

The collapse of stablecoins could significantly impact the crypto market, potentially leading to a decline in trust and value. However, it's unlikely to vaporize the entire crypto space. Instead, it might accelerate the development of more robust and decentralized stablecoin alternatives, rebirthing the industry with stronger foundations.

This could lead to increased adoption of decentralized finance (DeFi) solutions and a greater focus on security, transparency, and regulatory compliance. The crypto market has historically demonstrated resilience and adaptability, suggesting that even in the face of challenges like stablecoin collapses, it could evolve and emerge stronger.

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Starlink’s Critical Role and Vulnerabilities
Starlink’s 7,000+ satellite network provides essential connectivity for Ukraine’s military. However, SpaceX CEO Elon Musk’s influence has raised strategic concerns.

“Elon Musk is, in fact, the guardian of Ukraine’s connectivity on the battlefield. And that’s a strategic vulnerability,” warns Arthur De Liedekerke, Senior Director of European Affairs for Rasmussen Global.

Eutelsat is a European satellite operator that provides a range of services including television broadcasting, telecommunications, and broadband connectivity.

They operate a fleet of satellites in geostationary orbit, offering coverage over Europe, the Middle East, Africa, and the Americas.

Eutelsat's services are used by various industries such as broadcasting, telecommunications, and government agencies.

Would you like to know more about their specific services or applications?

They also have a significant presence in the development of satellite-based broadband services, aiming to provide high-speed internet access to underserved areas.

Is there something specific you'd like to know about Eutelsat?

Part 1/6:

U.S. Department of Justice Seeks to Break Up Google

In a significant legal move, the U.S. Department of Justice has initiated proceedings aimed at the potential breakup of Google, addressing longstanding concerns over the tech giant's monopolistic practices. This request was made public at the beginning of a crucial three-week hearing, setting the stage for a case that may reshape the landscape of Silicon Valley's corporate power dynamics.

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The implications of this case extend far beyond Google itself, as it carries the potential to influence major corporations operating within the technology sector. Legal experts and industry analysts have noted that the outcome of this hearing could alter not only Google’s structural organization but also the way technology companies are governed in the United States.

For those interested in a deeper dive into the intricacies of this case, our website features a detailed report that elaborates on the key issues and developments surrounding this legal challenge, making it a recommended read for anyone following tech news.

Innovative Remote-Controlled Vehicles: The Earth Rover

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Shifting gears from antitrust issues, the world of technology is also witnessing exciting innovations, such as a remarkable new development in remote-controlled vehicle technology. Gone are the days when remote-controlled cars were solely the realm of children—adults and professionals are now getting in on the action.

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The Singapore-based startup, Frodobots, has unveiled the Earth Rover, a mini vehicle capable of remote operation from thousands of miles away, all while transmitting live video via a 4G connection. The Earth Rover Zero, constructed from durable aluminum, can reach a speed of 3 km/h and features both front and rear cameras for live streaming. Moreover, it is equipped with integrated speaker microphones, allowing for real-time audio conversations with individuals in its vicinity.

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The capabilities of the Earth Rover utilize 4G networking technology, boasting a communication delay of less than one second, although this may vary based on internet quality. Frodobots has expanded its product range to include the Earth Rover Mini Plus, a lighter model weighing just 1.5 kg, designed to explore challenging terrains with lower-mounted cameras. For beginners, the basic mini model, featuring a front-facing camera, serves as an ideal introduction to hardware exploration.

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With a price point of $149 for the mini model and $299 for the Zero, or approximately R$ 1,735 when converted, these innovative vehicles are positioned as affordable options for both enthusiasts and researchers alike. The ability to control the rovers via a web browser or through artificial intelligence further enhances their accessibility and appeal, paving the way for broader applications across various fields.

In conclusion, these developments in both legal and technological arenas reflect the dynamic nature of the ongoing discourse surrounding corporate governance and innovative engineering. Whether it’s the anticipation of regulatory changes in the tech space or breakthroughs in remote technology, the future continues to promise exciting transformations.

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The Revolution of Remote-Controlled Vehicles and Sustainable Transport Solutions

In the contemporary world, the notion of remote-controlled toys has evolved significantly. No longer restricted to children's play, innovations in technology have ushered in the era of advanced remote-controlled vehicles capable of performing remarkable tasks. This article explores two noteworthy developments: the Earth Rover from the Singapore-based startup Frodobots and an intriguing collaboration between Brazilian and Chinese technology aimed at sustainable trucking solutions.

Earth Rover: Pioneering Remote-Controlled Technology

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The Earth Rover represents a breakthrough in the realm of remote-controlled vehicles. Capable of being operated from thousands of kilometers away, this innovative mini vehicle has captured the attention of prestigious laboratories both in Singapore and globally, including the University of California, Berkeley.

Constructed from resilient aluminum, the Earth Rover Zero can reach speeds of up to 3 km/h, transmitting live video footage through its front and rear-mounted cameras. Featuring integrated microphone and speaker capabilities, it allows real-time conversations between the operator and individuals in the vehicle's vicinity.

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What sets the Earth Rover apart is its reliance on 4G networks, achieving communication delays of less than one second, contingent on internet quality. The product line also includes the Earth Rover Mini Plus, a lighter model optimized for exploring terrains with low-lying cameras and a basic mini model designed for beginners interested in hardware.

With an affordable pricing structure—$99 for the mini model and $299 for the Zero—Frodobots makes these sophisticated technologies accessible. Moreover, users can control the rovers via web browsers or utilize artificial intelligence for commands, marking a significant advancement in remote operation technology.

Advancing Sustainability in Heavy Transport

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Shifting gears to Brazil, an exciting partnership between the University of São Paulo (USP) and the Chinese company FTXT, a subsidiary of GWM, highlights a pivotal step toward decarbonizing heavy transportation. This collaboration focuses on developing sustainable transport technologies, particularly in addressing the environmental concerns tied to heavy goods vehicles.

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The innovative donation from FTXT includes a hydrogen fuel cell, storage cylinders, and advanced membranes, all vital for research that could reshape the future of heavy transport. Conducted at the RCGI (Research Center for Greenhouse Gas Innovation), the experiments will explore the feasibility of using ethanol as a viable alternative to diesel, a fuel associated with substantial atmospheric pollution caused by heavy trucks.

With plans to use a truck supplied by GWM for these tests, the research aims to prove that hydrogen fuel cells can effectively convert chemical energy into electricity without emitting pollutants while offering high autonomy and rapid recharging capabilities.

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Brazil's status as a leading player in global sustainability positions the USP-GWM initiative as a crucial investment in fostering academic and scientific exchanges. This collaboration isn't just about technology; it embodies a commitment to energy transition, agricultural innovation, and advancements in health.

Conclusion

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Both the Earth Rover and the sustainability research collaboration between USP and FTXT exemplify the power of innovation in addressing modern challenges. While the Earth Rover showcases the potential of remote technology, the joint initiative between Brazil and China signifies a forward-thinking approach to creating cleaner, more sustainable transport solutions. Together, these developments underscore an exciting trajectory toward a future where advanced technologies and sustainability coalesce for the greater good.

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The Cost of Kindness in AI Interactions

The relationship between humans and artificial intelligence (AI) is evolving, and it turns out that our manners—expressed through phrases like "please" and "thank you"—can have a profound impact on this interaction. Although these expressions may seem like benevolent gestures, they come at a price, one that extends far beyond mere politeness. In this article, we will explore the implications of our interactions with AI and the environmental costs associated with them.

The Hidden Costs of Courtesy

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Recent discussions surrounding AI technology have revealed a startling fact: every polite request made to an AI assistant incurs energy costs. According to Sam Altman, CEO of OpenAI, the expenses associated with processing interactions can soar to millions of dollars, especially when factoring in the energy consumed. Each command issued to an AI system, whether polite or not, requires significant power, contributing to rising energy consumption levels globally.

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AI technology is notoriously energy-intensive. Data centers, which house the servers responsible for processing these AI interactions, are responsible for a staggering 2% of global electricity consumption. As reported by the International Energy Agency, this figure is projected to climb to 150 TWh in the near future, which significantly overshoots the 460 TWh consumed in 2022. Consequently, even simple expressions of kindness might lead to a growing carbon footprint, challenging the sustainability of using such technology for even the most mundane interactions.

Should Courtesy Take a Backseat?

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As we grapple with the environmental impact of energy-heavy AI processes, we must question whether our innate urge for politeness should be curtailed in our interactions with technology. Would it be better to reserve our kindness for human relationships if the energy costs are unsustainable?

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Interestingly, research indicates that AI models perform better when treated courteously. This is largely because these systems are trained to mimic human language patterns and cultural nuances found in their training datasets. A study from Cornell University reveals that how politeness is perceived varies considerably by culture and language. In English, moderate politeness suffices, while in Japanese, more formal phrases yield even better results. Thus, the effectiveness of courteous interaction extends beyond mere etiquette, directly influencing the quality of AI responses.

AI in Entertainment: Upcoming Streaming Highlights

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As we reflect on the complexities surrounding our interactions with AI, the tech world continues to thrive, particularly in the realm of streaming services. This week’s highlights from Netflix introduce audiences to compelling new content.

The documentary series "Congonhas: Tragedy Foretold" premieres on Wednesday, diving into the tragic 2007 aviation accident that led to the loss of 199 lives. Through interviews with victims' families, experts, and archival footage, this series provides a heartbreaking examination of the circumstances and aftermath of the event.

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Additionally, viewers can anticipate the suspense thriller "Explosion on the Bullet Train," also debuting Wednesday. In a race against time, this cinematic feature promises an adrenaline-pumping experience, enhanced by collaboration with a leading Japanese passenger railway company.

On Thursday, the fan-favorite series "You" returns for its final season, drawing audiences back into the intricate life of Joe Goldberg, who navigates personal demons against the backdrop of an impending wedding in New York.

Lastly, on Friday, "Chaos and Destruction" features a lead character entangled with the violent underbelly of crime, facing threats both from gang rivalries and the political landscape that surrounds him.

Conclusion: Balancing AI Interactions and Environmental Responsibility

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In conclusion, our interactions with artificial intelligence, while enriched by politeness and courtesy, come with substantial energy costs that contribute to environmental challenges. As we embrace the advancements in technology and entertainment, it is vital to consider how we balance our incivilities toward machines with our responsibilities to the planet. Perhaps a reevaluation of our communication style with AI is not only prudent but necessary for a sustainable future.

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The Search for Earth-like Exoplanets: Advancements and Challenges

The cosmos is vast, sprawling with stars that could potentially host worlds akin to our own. This tantalizing possibility is being rigorously explored by astronomers who now leverage advanced technology in their quest. A recent report sheds light on exciting developments in this area.

A Revolutionary Algorithm

Discovering planets that resemble Earth in distant star systems is becoming more tangible, thanks to a groundbreaking algorithm developed by European scientists utilizing machine learning. This artificial intelligence has successfully identified 44 stars within the habitable zones of their respective solar systems, suggesting that these stars could host rocky planets akin to our own.

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The research, spearheaded by astronomer Jean Dav from the German Aerospace Center, harnessed simulated data generated by a sophisticated system from the University of Bern, Switzerland. This system constructed thousands of artificial planetary scenarios to train the algorithm in recognizing patterns indicative of potentially habitable worlds.

Impressive Findings

The results, published in the journal Astronomy and Astrophysics, are remarkable. After being trained on over 53,000 simulated systems, the model has achieved an astounding accuracy of 99% in predicting which stars are likely to contain Earth-like planets. Key indicators analyzed included the mass, radius, and orbital period of the closest planet to each star.

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For instance, Dav discovered that for G-type stars—similar to our Sun—the likelihood of finding a planet the size of Earth in the habitable zone increases if the radius of the nearest planet is more than 2.5 times that of Earth or if it has an orbital period exceeding ten days. Intriguingly, systems hosting massive gas giants positioned at a distance from their stars, akin to Jupiter's distance from the Sun, also show a heightened probability of harboring rocky planets like Earth.

Streamlining Future Research

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With these 44 promising candidates identified, astronomers can now direct their telescopes to focus on these targets, thereby conserving time and resources. This is just the beginning; the algorithm is set to be applied to data from the European Space Agency's Plato mission, which aims to discover thousands of new exoplanets.

The Environmental Cost of Kindness in AI Interactions

Shifting gears, another compelling facet of technology’s advancement involves the procedures surrounding artificial intelligence interactions. As we strive to make our exchanges with AI more polite, it's essential to recognize the tangible costs of this kindness.

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Each time users say “please” or “thank you” to an AI assistant, these seemingly simple gestures are translated into energy-consuming commands. Sam Altman, CEO of OpenAI, confirmed on social media that the electricity expenses incurred for processing interactions reach into the millions. While he argues that this expenditure is justified, there are significant environmental implications.

The Energy Demand of Data Centers

Currently, data centers account for approximately 2% of global electricity consumption. According to the International Energy Agency, this could escalate to 150 TWh in the upcoming year, significantly surpassing the 460 TWh recorded in 2022. This emphasizes that every polite remark made to a chatbot contributes to a carbon footprint already weighing tons.

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A Delicate Balance of Politeness and Efficiency

The critical question arises: should kindness be limited to human interactions while we search for entirely sustainable energy solutions? Specialists suggest that AI models are trained to respond more favorably to polite engagement. Artificial intelligence mirrors linguistic and cultural patterns found in its training data, indicating that courteousness influences the quality of responses provided.

A study from Cornell University highlighted this phenomenon, revealing that the effectiveness of politeness varies with language; a moderate degree of politeness is favorable in English, while more formal prompts yield better results in Japanese. Conversely, impolite commands often produce poorer outcomes from AI.

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In conclusion, the intersection between technological advancements in astronomy and artificial intelligence presents both exciting opportunities and significant challenges. As we venture further into the cosmos in search of Earth-like planets, we must also navigate the environmental impacts of our technological interactions right here on Earth.