Tag Archives: Fate

The groundbreaking physics of the Large Hadronco Rider: Unveiling the ultimate fate of the universe

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The upcoming director of CERN stated that advanced artificial intelligence is revolutionizing basic physics and opening windows for the fate of the universe.

Professor Marktomson, a British physicist who will take on the leadership at CERN on January 1, 2026, envisions progress in particle physics comparable to the AI-driven prediction of protein structure that recently won Google Deepmind Scientists an award. Speculations suggest a potential Nobel Prize in October.

With the Large Hadron Collider (LHC) playing a key role, there is hope to unravel how particles obtained mass at the moment of the Big Bang and whether our universe is extraordinary. Professor Marktomson mentioned the adoption of a similar strategy to potentially avert a catastrophic collapse event.

Tomson emphasized, “These are not just incremental improvements, but rather significant strides achieved by embracing cutting-edge techniques.”

He also added, “The field will undergo a transformative change. Dealing with complex data like protein folding presents intricate challenges, and employing advanced AI technologies can lead to breakthroughs.”

CERN’s council anticipates a promising future with revolutionary advancements. Despite skepticism following the groundbreaking Higgs boson discovery in 2012, Professor Thomson believes that AI brings a fresh perspective to explore new frontiers in physics. The enhanced beam strength of LHC is expected to enable unprecedented observations of the Higgs boson, also known as the “God particle,” shedding light on other particles and the universe at large.

There is a particular focus on measuring the Higgs boson’s self-coupling, which plays a critical role in understanding how particles acquire mass and the evolution of the Higgs field post-Big Bang. Higgs’ self-coupling strength is crucial for determining the stability of the Higgs field and potential future transitions.

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Dr. Matthew McCallow, a theoretical physicist at CERN, emphasized that the exploration of Higgs’ self-coupling is significant for advancing our understanding of the universe’s fundamental characteristics. Integrating AI into LHC operations has streamlined data collection and interpretation processes, enabling faster decision-making for experiments like the LHC ATLAS project.

Scientists have long sought to uncover dark matter using the LHC, considering it comprises a significant portion of the universe. With AI’s assistance, researchers hope to untangle this mystery. Thomson remarked, “AI allows us to pose more intricate and open-ended queries rather than merely searching for specific signals, hoping to uncover unexpected insights within the data.”

Source: www.theguardian.com

The likely fate of Amelia Earhart, explained by science

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Amelia Earhart, one of aviation’s most famous pioneers, is renowned for being the first woman to fly solo across the Atlantic Ocean. However, her story tragically ended in 1937 when her Lockheed 10-E Electra plane vanished during an ambitious round-the-world flight.

Earhart’s goal was to circumnavigate the equator and the globe, planning a 46,670 km (29,000 mile) journey that spanned California, Central and South America, Africa, Australia, and the Pacific Ocean.

After six weeks of traveling, Earhart and navigator Fred Noonan departed from New Guinea towards Howland Island, approximately 2,735 km (1,700 miles) southwest of Honolulu.

https://c02.purpledshub.com/uploads/sites/41/2025/01/amelia-earharts-final-flight.mp4
Amelia Earhart’s Lockheed Electra takes off from the runway, marking the pilot’s final flight.

The challenging 20-hour flight was the longest leg of their journey, pushing the plane to its limits. Despite support from the US Coast Guard, they were unable to locate the 6.5 km² (2.5 square mile) Howland Island in the vast Pacific Ocean, and it vanished without a trace.

An official US government investigation concluded that Earhart’s plane ran out of fuel and crashed into the ocean after failing to find Howland Island. However, with no concrete evidence, various theories abound regarding the disappearance.

In 1929, Amelia Earhart boarded a plane carrying a box full of homing pigeons as part of a scientific experiment. – Photo credit: Getty

Most famously, it is speculated that Earhart and Noonan landed on a reef near Gardner Island, resulting in their tragic demise.

The failure to reach Howland Island may have been due to navigation errors. One theory, the International Date Line Theory, suggests Noonan’s calculations did not account for crossing the International Date Line.

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Noonan utilized celestial navigation based on celestial bodies’ positions. However, the Earth’s rotation and revolution around the Sun cause these positions to shift daily, necessitating precise date and time knowledge for accurate navigation.

Given the flight’s timing as it passed midnight and crossed the International Date Line, Noonan faced complex calculations that may have led them off course.

If Noonan missed the second date change as they crossed the Date Line again, the plane could have veered 110 km (70 miles) east of Howland Island.

In January 2024, the US ocean exploration team “Deep Sea Vision” discovered potential wreckage of Earhart’s plane on the ocean floor. They used underwater drones to scan over 12,950 km² (5,000 square miles) of the Pacific Ocean.

The images indicate an object resembling a Lockheed Electra in a position predicted by the Date Line Theory, prompting further investigation by the team.

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This article addresses the question raised by George Grainger of London: “Was Amelia Earhart or her plane ever discovered?”

If you have any questions, please email us at: questions@sciencefocus.comor send us a message facebook, ×or Instagram Page (remember to include your name and location).

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Source: www.sciencefocus.com

Hayabusa lunar lander meets fiery fate as it re-enters Earth’s atmosphere

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After more than a week in space, the doomed lunar lander met a violent end Thursday as it burned up in Earth’s atmosphere, ending its mission.

A private spacecraft named Peregrine was designed to travel to the moon and settle on its surface. However, shortly after launching into orbit on January 8, the lander suffered a severe propellant leak, forcing operators to abort the entire mission.

Astrobotic Technology, the Pittsburgh-based company that developed the lander, said Thursday that the limp spacecraft safely burned up in Earth’s atmosphere in a remote stretch of the South Pacific Ocean at about 4:04 p.m. ET. announced.

in Updates posted on XThe company confirmed it had lost contact with the spacecraft just before 4 p.m. ET, suggesting the lander had re-entered the atmosphere, but officials said they were “waiting for independent confirmation from a government agency.” ” he added.

An early failure left the Peregrine lander with no means of reaching the moon. Astrobotic’s team fought for nine days to save the spacecraft and its onboard equipment and extend the remainder of the mission.

Engineers were able to stabilize the spacecraft, but Astrobotic said last week it would not be possible to attempt a controlled landing on the moon.

“We applaud @Astrobotic’s perseverance,” NASA announced Tuesday. Statement posted on X.

The Peregrine mission attracted attention because it was the first American lunar lander launched into space in more than 50 years. If successful, Peregrine would also have become the first commercially developed spacecraft to land on the moon.

Besides NASA, the former Soviet Union, China, and India are the only countries to have successfully made a controlled landing, or “soft landing,” on the moon’s surface. Japan aims to join that elite club on Friday when it attempts to land its Smart Lander for Lunar Exploration (SLIM).

Peregrine’s mission is part of NASA’s Commercial Lunar Module Services Program, which was established to encourage private companies to develop new lunar landers and ultimately help NASA bring cargo and scientific equipment to the lunar surface. You can now hire this lander for transport.

Another Houston-based company, Intuitive Machines, plans to launch its own commercially developed lander next month as part of the same NASA effort.

The Commercial Lunar Payload Services Program is part of the agency’s Artemis program, with the goal of returning astronauts to the Moon over the next few years, eventually establishing regular flights to the Moon, and building a lunar base camp. It is said that NASA recently announced the postponement of two upcoming Artemis missions, pushing back a lunar circumnavigation flight that was scheduled to launch later this year to 2025 and pushing back Artemis’s first landing attempt to next year.

Source: www.nbcnews.com