@zjyy0: this scene>>> scp: jadorescp (ig) #zhangjingyi #miaojing #loveforyou #cdrama

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Wednesday 15 July 2026 00:37:18 GMT

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Comments

Rainzgguz :

must be uncomfortable running with heels

2026-07-15 07:38:37

679

pyng^᪲᪲᪲ :

how did the girl not notice 🤷🏻‍♀️

2026-07-15 11:41:14

82

{plli-su} :

seriously if I'm running form guys or boys I don't care what shoes I'm wearing even heels I'm running for my life

2026-07-16 13:54:45

47

kendallzz7 :

Why was she running,what did they see on there phone?

2026-07-18 21:00:01

6

~nini~_ :

name??

2026-07-29 05:18:48

0

ellie sy :

YESSSS GIRL. RUN LIKE A GURL!!!

2026-07-15 04:28:34

20

자스미느 :

bro is wearing heels and still didn't get caight, girls are peak🔥🔥

2026-07-23 19:30:57

4

⋆.Mayie.𐙚 ˚ :

ep?

2026-07-15 12:32:32

0

👑ام جــــــيـــــــنـــي👑 :

حلقه كم

2026-07-17 12:53:46

1

kin :

@sec.kin

2026-07-16 13:31:43

1

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Scientists have discovered mysterious radio signals emerging from deep beneath Antarctica's ice. The strange radio pulses were detected by the Antarctic Impulsive Transient Antenna (ANITA), an array of instruments designed to detect elusive particles called neutrinos. Rather than detecting these cosmic particles, the researchers were baffled to find signals emerging from the ice at seemingly impossible angles. Worryingly, they have no idea what could be causing them. In a paper, published in Physical Review Letters, an international team of researchers explained that these findings cannot be explained by the current understanding of particle physics. This might mean there are entirely new forms of particles and interactions at play or that these unusual signals are the product of mysterious dark matter. Dr Stephanie Wissel, an astrophysicist from The Pennsylvania State University who worked on the ANITA team, says: 'The radio waves that we detected were at really steep angles, like 30 degrees below the surface of the ice. 'It's an interesting problem because we still don't actually have an explanation for what those anomalies are. The ANITA experiment was designed to hunt for an elusive type of particle called a neutrino, the smallest of all the subatomic particles. Neutrinos are typically created by high-energy events like the Big Bang or a supernova and are extremely common throughout the universe. However, since they are so small and don't have a charge, they don't affect the objects they pass through, which makes them extremely difficult to spot. Dr Wissel says: 'You have a billion neutrinos passing through your thumbnail at any moment, but neutrinos don't really interact. 'So, this is the double-edged sword problem. If we detect them, it means they have travelled all this way without interacting with anything else. We could be detecting a neutrino coming from the edge of the observable universe.' Like opening a time capsule from the distant past, examining the signal from a neutrino could reveal more information about the cosmos than data from the world's most powerful telescopes. To try and find them, the ANITA experiment uses balloons floating 18 to 24 miles (30-39km) above the Antarctic, where other signals are rare, to look for radio waves caused by neutrinos hitting the ice. 'We point our antennas down at the ice and look for neutrinos that interact in the ice, producing radio emissions that we can then sense on our detectors,' says Dr Wissel. Just as a ball thrown to the ground will always bounce at a particular angle, scientists can use the trajectory of these signals to track the neutrino back to its origin. However, the scientists were shocked to discover a set of signals which could not be traced back to any possible origin. These radio signals were coming from the the ice at an impossibly steep angle, something that a neutrino-produced signal could never do. Even stranger, rather than bouncing off the ice, the pulses appear to be coming from below the horizon. That would mean the radio waves would have had to travel through thousands of miles of rock and ice before reaching ANITA's balloons, which should have rendered them undetectable. After analysing the data from multiple flights and comparing it to simulations of cosmic rays, the researchers were able to filter out the background noise. However, after eliminating the possibility of any other known particle-based signals, the anomalous radio pulses remained stubbornly unexplained. Additionally, other detectors, the IceCube Experiment and the Pierre Auger Observatory didn't detect anything that could explain what the scientists were seeing. According to scientists' current understanding of how particles interact, these signals shouldn't be possible. #Science #foryoupage #fypシ #explore #viral #viraltiktok #physics #seismology #acoustic #sound #antarctica #ice #northpole #southpole #climatechange #glacier

Scientists have discovered mysterious radio signals emerging from deep beneath Antarctica's ice. The strange radio pulses were detected by the Antarctic Impulsive Transient Antenna (ANITA), an array of instruments designed to detect elusive particles called neutrinos. Rather than detecting these cosmic particles, the researchers were baffled to find signals emerging from the ice at seemingly impossible angles. Worryingly, they have no idea what could be causing them. In a paper, published in Physical Review Letters, an international team of researchers explained that these findings cannot be explained by the current understanding of particle physics. This might mean there are entirely new forms of particles and interactions at play or that these unusual signals are the product of mysterious dark matter. Dr Stephanie Wissel, an astrophysicist from The Pennsylvania State University who worked on the ANITA team, says: 'The radio waves that we detected were at really steep angles, like 30 degrees below the surface of the ice. 'It's an interesting problem because we still don't actually have an explanation for what those anomalies are. The ANITA experiment was designed to hunt for an elusive type of particle called a neutrino, the smallest of all the subatomic particles. Neutrinos are typically created by high-energy events like the Big Bang or a supernova and are extremely common throughout the universe. However, since they are so small and don't have a charge, they don't affect the objects they pass through, which makes them extremely difficult to spot. Dr Wissel says: 'You have a billion neutrinos passing through your thumbnail at any moment, but neutrinos don't really interact. 'So, this is the double-edged sword problem. If we detect them, it means they have travelled all this way without interacting with anything else. We could be detecting a neutrino coming from the edge of the observable universe.' Like opening a time capsule from the distant past, examining the signal from a neutrino could reveal more information about the cosmos than data from the world's most powerful telescopes. To try and find them, the ANITA experiment uses balloons floating 18 to 24 miles (30-39km) above the Antarctic, where other signals are rare, to look for radio waves caused by neutrinos hitting the ice. 'We point our antennas down at the ice and look for neutrinos that interact in the ice, producing radio emissions that we can then sense on our detectors,' says Dr Wissel. Just as a ball thrown to the ground will always bounce at a particular angle, scientists can use the trajectory of these signals to track the neutrino back to its origin. However, the scientists were shocked to discover a set of signals which could not be traced back to any possible origin. These radio signals were coming from the the ice at an impossibly steep angle, something that a neutrino-produced signal could never do. Even stranger, rather than bouncing off the ice, the pulses appear to be coming from below the horizon. That would mean the radio waves would have had to travel through thousands of miles of rock and ice before reaching ANITA's balloons, which should have rendered them undetectable. After analysing the data from multiple flights and comparing it to simulations of cosmic rays, the researchers were able to filter out the background noise. However, after eliminating the possibility of any other known particle-based signals, the anomalous radio pulses remained stubbornly unexplained. Additionally, other detectors, the IceCube Experiment and the Pierre Auger Observatory didn't detect anything that could explain what the scientists were seeing. According to scientists' current understanding of how particles interact, these signals shouldn't be possible. #Science #foryoupage #fypシ #explore #viral #viraltiktok #physics #seismology #acoustic #sound #antarctica #ice #northpole #southpole #climatechange #glacier

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