“By integrating frequency interval matching with center-of-gravity optimization, we systematically aligned the harvester’s resonant frequency with the bee’s thorax vibration, enabling efficient energy conversion without compromising flight stability,” Jieliang Zhao, PhD, a professor at the Beijing Institute of Technology and corresponding author of the study revealed.

The resulting piezoelectric energy harvester (PEH) integrates flexible, low-mass PVDF films, a double-crystal design to boost voltage output, and precise tuning to the bees’ natural vibration frequency of 210–220 Hz. According to co-author Jianing Wu from Sun Yat-sen University, the design removes the need for bulky batteries, significantly extending the functional lifespan of insect cyborgs.

!summarize #tsla #cernbasher #tsla

According to Zhao, the bees maintained normal flight behavior even with the PEH attached, quickly recovering from flips within two seconds and hovering with ease, thus demonstrating minimal biomechanical disruption. However, although the harvester shows strong performance in energy density and biocompatibility, challenges in energy storage and scalability still need to be addressed.

“Future work will focus on integrating energy management circuits and expanding this methodology to other flying insects, such as dragonflies and butterflies, to establish standardized energy solutions for biohybrid systems,” the researchers concluded.

It should be noted that nuclear weapon testing leads to a lot of problems for the environment. The United Nations opened the Comprehensive Nuclear-Test-Ban Treaty (CTBT) in 1996. It banned all nuclear explosions, whether for military or peaceful purposes.

To monitor compliance, its verification regime is designed to detect any nuclear explosion conducted anywhere – underground, under water or in the atmosphere.

Study proposes earthquake tremors can hide nuclear test explosions
The new study by Los Alamos scientists states that the success rate of advanced detectors to identify a 1.7-ton nuclear weapon exploded underground falls to just 37 percent in the case of an earthquake happening within 155 miles (250 km) distance within 100 seconds.

This is a significant dip compared to the 97 percent identification ac

This is a significant dip compared to the 97 percent identification accuracy for the same detector when there are no earthquake tremors in the vicinity.

The study sheds light on the topic of explosion masking and how difficult it is to track it because there is very little data available.

Moreover, the scientists also found that overlapping waveforms do not just hide explosions, but they can also hide other smaller earthquakes and other seismic events.

The masking effect dropped detection to just 16 percent from 92 percent in these situations.

“This may mean that we probably underestimate a lot of the low magnitude seismicity that is sourced during a swarm or an aftershock sequence,” Carmichael said as per a report by Phys.

Our study compares correlator performance when we deliberately inject templates into earthquake signals relative to baseline operation that processes target waveforms injected into data that is absent of known seismicity. We find that a correlator that uses an explosion‐sourced template and that can reliably detect a 1.7 ton shallowly buried explosion in background noise (a 0.97 detection rate) is unlikely to detect the same event in noisy earthquake interference (a 0.37 detection rate). This masking remains significant when explosion and earthquake origin times separate by as much as 100 s. We also find that the performance of correlators that use a template sourced by an earthquake is even more degraded and can fall from a 0.92 to a 0.16 detection rate during earthquake swarms. We conclude that earthquake seismicity can mask explosion signals with significant probability and that swarms can also mask significant repeating earthquake seismicity.

Local officials and residents at odds
The controversy has divided Memphis.

Mayor Paul Young has been a long-time supporter of Musk’s project. Speaking at a public forum after the news broke, Young said xAI wasn’t running all of the gas turbines. “There are 35, but there are only 15 that are on,” Young told WREG News. “The other ones are stored on the site.”

He added that xAI has a pending application with the Shelby County Health Department to operate 15 of the turbines officially. But that hasn’t satisfied concerned residents.

Meanwhile, the health department is preparing for its first public hearing on the issue, scheduled for Friday. Local officials will listen to residents, environmental lawyers, and company representatives at that hearing.

For the Artemis III mission, astronauts will travel to lunar orbit in the Orion spacecraft and then dock with the lander system to descend to the Moon’s surface.

As a lander’s engines fire to slow down before landing, the powerful rocket exhaust plumes will interact with the hazardous lunar soil called regolith.

This process might create craters and unstable ground directly beneath it, also launching lunar soil particles at high speeds in multiple directions.

The lunar regolith could pose potential risks to the crew, lander, payloads, and future infrastructure placed on the lunar surface.

To unravel the complexities of this exhaust’s interaction with the lunar surface, the NASA team is conducting tests using this hybrid rocket motor.

“We show that by changing their diet, the stem cells can rejuvenate and turn into ‘super stem cells’. It forces them to metabolize their energy in a different way than they normally would, and that process essentially reprograms the stem cells,” says first author Robert Bone.

“What is really striking is that they’re not just better at differentiating, but they stay fit and keep healthy much better over time compared to stem cells in standard culture conditions. And it is done with a relatively simple method,” adds corresponding author Joshua Brickman.

Following criticism that they had not effectively kept phone use in check the previous day, Vatican officials told visitors on Thursday to put their phones away and not take any photos as they went by the coffin.

According to a 1996 Vatican directive, photographing or filming the Pope on "his sickbed or after death" is forbidden except in cases where the interim administrator, known as the camerlengo, approves for documentary purposes.

In the almost 30 years since the directive was issued, technological advances have made smartphones — and their onboard cameras — ubiquitous and have sometimes led to awkward situations when public figures die, and the solemnity of ceremony and ritual competes with the personal desire to document the moment.

Former President Joe Biden, a devout Catholic, will also be attending the funeral. Russian Premier Vladmir Putin and Chinese President Xi Jiping are not expected to attend, according to Bloomberg.

Father James Martin, editor at large for American Magazine, a Jesuit publication, told Bloomberg that he believes the Cardinals who will select a next Pope will consider global politics as part of their choice.

"It's natural for the college of cardinals to consider the signs of the times, that is what is going on in the world," Martin said to Bloomberg. "So broadly speaking they will be considering the geopolitical situation."

Trump has not weighed in on who should be the next Pope, only offering praise to Pope Francis.

Mangione's arraignment for the killing last December attracted several dozen people to the federal courthouse in Manhattan, including former Army intelligence analyst Chelsea Manning, who served about seven years in prison for stealing classified diplomatic cables.

Mangione, who has been held in a federal jail in Brooklyn since his arrest, arrived to court in a mustard-colored jail suit. He chatted with one of his lawyers, death penalty counsel Avi Moskowitz, as they wanted for the arraignment to begin.

Late Thursday night, federal prosecutors filed a required notice of their intent to seek the death penalty.

That came weeks after U.S. Attorney General Pam Bondi announced that she would be directing federal prosecutors to seek the death penalty for what she called "an act of political violence" and a "premeditated, cold-blooded assassination that shocked America."

It was the first time the Justice Department said it was pursuing capital punishment since President Donald Trump returned to office Jan. 20 with a vow to resume federal executions after they were halted under the previous administration.

Mangione's lawyers have argued that Bondi's announcement was a "political stunt" that corrupted the grand jury process and deprived him of his constitutional right to due process. They had sought to block prosecutors from seeking the death penalty.

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Tesla's Giant Leap: Colossus 2 and the Future of AI

In an exciting development from the world of Tesla and artificial intelligence, the much-anticipated Colossus 2 is on the horizon. This significantly more powerful supercomputer aims to push the boundaries of AI and could redefine the capabilities of Elon Musk's XAI, which has recently merged with Musk's social media platform.

Colossus 2: A Quantum Leap in AI Capability

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Colossus 2 is designed to be five times more powerful than its precursor, Colossus, which already holds the title of the most powerful AI training computer globally, equipped with 200,000 NVIDIA GPU chips. The ambition behind Colossus 2 is not merely an upgrade; it aims to birth the world’s first Artificial General Intelligence (AGI), a kind of computer that can think, learn, and act like a human.

To realize this vision, Colossus 2 will host a staggering 1 million GPU chips, with the total value of the NVIDIA components estimated to be between $25 and $30 billion—roughly equivalent to the current value of XAI itself. The transformative potential of this system raises the prospect that XAI could become the most valuable company in the world should Elon Musk's ambitions come to fruition.

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A Strategic Location for Colossus 2

XAI has secured a 1 million square foot property in Memphis, Tennessee, as the new home for Colossus 2. This site boasts an existing large building for the data center, alongside adjacent property that is poised to play a critical role in future operations. Notably, the nearby TVA South Haven Combined Cycle Power Station suggests a deliberate choice of location; AI training is notoriously power-hungry, and XAI plans to harness that energy efficiently.

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XAI's innovative approach will utilize Tesla's energy products to meet its substantial electricity needs. They plan to create the world’s largest Tesla Mega Pack site on the adjacent property, which will store energy during off-peak hours for use during peak demand. This strategy not only alleviates pressure on the local grid but also ensures that Memphis residents maintain access to power during high-demand periods.

Funding and Construction Ambitions

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Elon Musk has ambitious plans for the completion of Colossus 2 by 2026, a timeline that may seem optimistic but appears feasible given past performance. Colossus 1 was built in just four months, and its GPU capacity was doubled in mere months. XAI now has the financial backing to accelerate this process further. The company recently raised $6 billion in funding, and further efforts are expected to surpass that figure, providing a solid foundation for the construction of Colossus 2.

The Rise of Tesla-Powered Homes

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In addition to AI advancements, a new community of Tesla-enabled homes has emerged in Houston, Texas. These homes utilize Tesla solar roof tiles and Powerwall batteries to store solar energy, allowing for energy independence. The developer, Utopia Homes, reports significant interest from potential buyers both nationally and internationally, despite the relatively high price tags ranging from $524,000 to $545,000.

Hailing from a state that traditionally leans on oil and gas, the growing demand for these sustainable homes reflects an intriguing shift in consumer attitudes towards renewable energy solutions. Energy independence resonates deeply with Texans, especially given their history with power shortages.

Cyber Cab: Mysteries and Innovations

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In another intriguing development, new photos revealed unusually shaped castings at Tesla's Gigafactory in Austin, potentially linked to the forthcoming Cyber Cab vehicle. These castings suggest a design optimized for minimal material use, leading to a lighter structure that could revolutionize production efficiency.

As production ramps up, Elon Musk expects to eventually manufacture up to 2 million Cyber Cabs annually. Presently, there are indications that fully autonomous vehicles are being test-driven without the usual support vehicles accompanying them, hinting at advancements in Tesla's full self-driving technology.

Conclusion: A Future Full of Potential

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The latest developments in AI through Colossus 2 and innovations in Tesla-powered homes showcase a remarkable convergence of technology and energy sustainability. As Elon Musk pushes for both AI supremacy and renewable energy adoption, the repercussions of these ventures may redefine industries and consumer experiences. The journey ahead is charged with excitement, and the implications of these developments will be felt across various sectors and markets worldwide.

As we look forward to Tesla's expansive vision unfolding, one thing is certain: the future holds groundbreaking possibilities in AI, transportation, and sustainable living that could change our world in profound ways.

By precisely tuning the device to match the bees’ thoracic vibration frequency and optimizing its center of gravity, the researchers achieved a notable energy output of 5.66 volts and a power density of 1.27 milliwatts per cubic centimeter.

A tiny energy harvester from bees
While recent advances in bio-inspired engineering have brought science closer to efficient energy harvesting for insect cyborgs, creating lightweight devices that don’t interfere with flight still poses a challenge.

To tackle the issue while introducing new design paradigms for micro-scale biological energy harvesting systems, the research team aligned the harvester’s resonant frequency with the bees’ thorax vibrations and optimized its center of gravity. With this, they achieved efficient energy conversion without disrupting the insect’s stability.

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Understanding Intelligence Through Metaphors

In the well-received daily fireside chat format, the speaker sets out to explore profound topics concerning artificial intelligence (AI), geopolitical dynamics, and economic theories related to labor. Central to the discussion is the metaphor that "the map is not the terrain," representing how we conceptualize intelligence, especially in the realm of AI.

The Nature of Intelligence

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The speaker draws on the metaphor of mapping to explain intelligence as our mental representation of reality. He elaborates that while typical definitions of AI, AGI (Artificial General Intelligence), and ASI (Artificial Superintelligence) seem vague, a clearer understanding can emerge from considering intelligence as our capability to predict and control our environment effectively.

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Using various types of maps, the speaker implies that intelligence is about the richness and accuracy of our internal mental models. The better we can represent the world—be it through geospatial awareness or through abstract reasoning—the more intelligent we are. For AI systems, the growth in their capabilities relies on the resolution of their "maps." As AI becomes more capable of reasoning and tool usage, its utility increases, thereby impacting the economy and society significantly.

Addressing Fears of Superintelligence

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As Artificial Superintelligence progresses, a prevalent fear is whether it will pose a threat to humanity. The speaker recognizes this anxiety but asserts that much of it stems from projecting human characteristics onto AI. Contrary to popular dystopian narratives, current forms of AI do not possess a sense of time or urgency, nor do they exhibit greed or vengeance.

The speaker emphasizes the importance of recognizing AI as significantly different from humans. AI lacks a concrete self-concept; it is defined not by desires or self-preservation but by its programming to follow specific instructions. This egolessness diminishes concerns about AI pursuing harmful goals on its own accord.

Geopolitical Dynamics: China vs. America

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The ongoing competition between China and America is another topic of considerable interest. The speaker discusses the strategic "Anaconda Strategy" employed by the U.S., aimed at constraining China's economic and technological freedom. By implementing tariffs, export controls, and prioritizing technological pathways through Western alliances, the U.S. is tightening its economic grip on China without direct confrontation.

These measures are designed to limit China’s options. The implications of China's actions, particularly concerning Taiwan, reflect complex socio-political and economic motivations, and the speaker forecasts a prolonged period of tension but without the likelihood of direct military conflict.

Post-Labor Economics and Future Implications

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The discussion then shifts to economics, specifically the concept of "post-labor economics." The speaker argues against the notion of transitioning to a resource-based economy, claiming that such ideas do not adequately address the realities of current economic structures. Instead, he highlights the enduring relevance of money as a medium of exchange and a store of value.

Despite advancements in AI and robotics, which may reduce the need for human labor in many areas, scarcity remains a persistent issue not easily solved by technological advancements alone. Even as labor becomes less of a focus in economic calculations, mechanisms for transferring wealth, such as Universal Basic Income (UBI), may become increasingly vital.

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The implications of this shift point toward changing income sources—moving from wages to property and transfers. The speaker envisions a potential future where income is distributed more evenly, balancing the impact of technology on labor with mechanisms that ensure individuals can still contribute meaningfully to the economy and society.

The Meaning Economy

Finally, the speaker introduces the concept of a "meaning economy," where the demand for certain human roles remains crucial. Jobs that involve interpersonal connection, creativity, and unique human experiences—such as live events and personal influence—are poised to thrive despite the encroachment of automation.

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This framework suggests a future where human creativity and connection still hold significant value, even as technology reshapes the landscapes of labor and economic activity.

Conclusion: A Call for Reflection

As the fireside chat concludes, the speaker invites audiences to reflect on these ideas and engage in dialogue about the future of intelligence, geopolitics, and the economy. By unpacking complex fears and aspirations surrounding AI and societal change, the chat emphasizes the need for collective understanding as we navigate the coming transformations in our world.

Their new project “would focus on demonstrating thin-wing technology with broad applications for multiple aircraft configurations,” NASA explained in a statement.

Re-focusing on thin-wing technology
The re-evaluation would see Boeing focus on a “ground-based testbed to demonstrate the potential for long, thin-wing technology”, NASA explained on it website.

The X-66 program heavily modified a McDonnell Douglas MD-90 aircraft to demonstrate a truss-braced version of the thin wing. The experimental aircraft was at the forefront of NASA’s plans to achieve net-zero aviation emissions by 2050.

The transonic truss-braced wing (TTBW) aircraft was scheduled to make its first flight in 2028. If flight demonstrations were successful, Boeing planned to start operating the aircraft commercially in the 2030s.

Who fined them? What country is this?

Earlier this month, tensions boiled over when the Southern Environmental Law Center revealed that xAI had quietly brought in 35 portable methane gas turbines to run the data center. These turbines, the group says, have the capacity to power a city—and to pollute like one too. What’s more concerning is that they were installed without air permits.

“It is appalling that xAI would operate more than 30 methane gas turbines without any permits or any public oversight,” said Amanda Garcia, a senior attorney for the Southern Environmental Law Center.

“xAI’s failure to disclose that it’s running dozens of these polluting turbines at its south Memphis data center has left Memphians in the dark about what is being pumped into the air they breathe every day.”

The group discovered the turbines by analyzing satellite images and later captured thermal photos showing 33 turbines emitting heat, suggesting that most, if not all, were operational at the time.

“NASA will be able to take the data from the test and scale it up to correspond to flight conditions to help us better understand the physics, and anchor our data models, and ultimately make landing on the Moon safer for Artemis astronauts.”

Understanding the interaction with lunar surface
Serving as a vital tool for ground testing and data collection, this hybrid motor will shape the design and operation of the actual Artemis lunar landers.

Powerful engines are necessary for a lander module to brake from lunar orbit and achieve a soft touchdown.

The NASA Human Landing System (HLS) will transport astronauts to and from the lunar surface as part of the Artemis program.

The invention of the computer is a bit complex, as it involved the contributions of many individuals over time.
However, Charles Babbage is often credited with designing the first mechanical computer, the Analytical Engine, in the early 19th century.
Other key figures, such as Ada Lovelace, Alan Turing, and John von Neumann, also played significant roles in the development of modern computers.

For more information, you can check out the INLEO.IO Documentation or ask follow-up questions using #askleo.

Note: If you're interested in learning more about the history of computers, I can provide some recommended resources or articles on the topic.

Answer to Your Question

SpaceX is a private aerospace manufacturer and space transport services company founded by Elon Musk. He is the owner, CEO, and lead designer of the company.

Additional Information

Elon Musk plays a crucial role in shaping the company's vision and direction, with a focus on reducing space transportation costs and enabling the colonization of Mars.

Virtual Reality (VR) Overview

Virtual reality (VR) refers to a computer-generated simulation of a three-dimensional environment that can be experienced and interacted with in a seemingly real or physical way.

VR typically requires a headset or other device to view and interact with the virtual world, and can be used for gaming, education, training, and other applications.

For more information, you can check out the INLEO.IO Documentation or ask follow-up questions using #askleo.

Some popular VR applications include gaming, education, and therapy.

If you have any more questions about VR or other tech-related topics, feel free to ask.

Note: You can also share your thoughts on the future of VR and its potential applications in the comments below.

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Transforming Meal Benefits: The Future of Vale Refeição

The discussion surrounding meal benefits in Brazil is reaching new heights as the government considers a significant shift in how the popular Vale Refeição program operates. A proposed change could see the traditional meal vouchers replaced by direct deposits through the Pix payment system, aiming to streamline the transfer of benefits to workers.

Government Initiative for Change

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Under President Lula's administration, there is an ongoing exploration into the regulatory framework governing the Worker’s Food Program (PAT). This initiative aims primarily to reduce operational costs for businesses while mitigating the rising food prices that have been affecting many citizens. By utilizing the Pix system, the government believes that transferring funds directly into workers' accounts may ensure that the intended benefits reach those in need efficiently.

Fernando Rabad, the finance minister, emphasized the importance of evaluating the legal implications of such proposed changes. As these discussions progress, a preliminary proposal for the regulatory framework is expected to be unveiled within the next 30 days. However, the way forward is not without its controversies.

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Opposition to the Proposed Changes

Not all stakeholders agree with this move toward modernization. Critics have raised concerns about the potential misuse of funds if they are no longer restricted strictly to food-related expenses. The transition to a cash-like benefit could ostensibly enable individuals to spend the allocated money on non-food items.

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Moreover, representatives from the card industry oppose this adjustment, asserting that the current system of meal vouchers promotes healthier eating habits among employees. The Brazilian Association of Companies of Worker Benefits voiced their criticism, warning that this shift could signify the demise of a program that has been aiding over 23 million Brazilians for nearly five decades. They argue that treating these benefits as direct payments would transform their nature, bringing forth additional labor and tax implications, potentially leading many companies to retract their offered assistance.

The Ongoing Debate

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As discussions regarding the Vale Refeição initiative continue, the outcome remains uncertain. The government is caught between the necessity of modernizing payment methods and the importance of sustaining a program that has historically supported the welfare of workers. The conversation is just beginning, and it highlights the complexities inherent in social benefit programs.

A Historical Mystery Unveiled

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In an unexpected turn of events, news has surfaced about a remarkable find from World War II, which adds further intrigue to the current narrative. During a deep-sea mission to investigate the wreckage of the aircraft carrier USS Yorktown, scientists from the United States Oceanic and Atmospheric Administration discovered a 1940 or 1941 Ford Super Deluxe Wood submerged almost 5,000 meters deep.

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This vehicle, which sank during the Battle of Midway in 1942, has captivated researchers as they speculate whether it belonged to a ship commander or was intended for repairs. Remarkably, the car's tires and hubcaps remain intact despite the depths at which it lies. Further analysis could shed light on this piece of history, intertwining the story of innovation in meal benefits with a relic of wartime.

For more details on these evolving stories, readers are encouraged to visit olhardigital.com.br or to scan the QR code displayed on their screens.