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The prediction US folks come up with their prediction on who will get winning majority in the  who will be the US President. A she or he-watch!
https://youtube.com/shorts/UaGzca5F0N8?s...GOt9tQ6WqA

This is going to be happening after Nov 5th.

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All three options remain on the table. The best way to figure it out will be to examine the chemical composition of the star in greater detail. If J1249+36 was the companion of a white dwarf, the supernova could have left trace elements that polluted the L subdwarf's atmosphere. Conversely, globular clusters contain stars that all have similar compositional properties, so it may be possible to link the star to a home population that way.

If neither of those pan out, we may need to look to Milky Way's satellites, to determine whether this tiny, dim star is a stranger from outside galaxy, just winking howdy as it passes through. Discovery was presented at 224th Meeting of American Astronomical Society.

 Meteorite Close Call Impacts firel into Earth.
https://www.businesstoday.in/visualstori...28-10-2024

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15 Billion Miles Away, NASA’s Voyager 1 Breaks Its Silence The shutdown and the turn on appears to have been triggered by spacecraft’s fault protection system, which automatically manages onboard issues. This system conserves power by disabling non-essential systems if spacecraft’s power supply is overstretched. However, it could take days to weeks for the team to pinpoint what exactly activated the fault protection system.

Troubleshooting and Command Response
NASA’s Jet Propulsion Laboratory (JPL) in Southern California manages communications with Voyager 1 via the Deep Space Network. When the JPL team sends instructions, Voyager 1 responds by transmitting engineering data, which helps the team assess its reaction to the command. This back-and-forth takes around two days—nearly 23 hours for command to travel over 15 bil miles (24 bil kilometers) to Voyager 1 & another 23 hrs for data to return to Earth.
https://scitechdaily.com/15-billion-mile...s-silence/

On October 16, the flight team sent a command to turn on one of the spacecraft’s heaters. While Voyager 1 should have had ample power to operate the heater, the command triggered the fault protection system. The team learned of the issue when the Deep Space Network couldn’t detect Voyager 1’s signal on October 18.

Communication Challenges and Solutions
The spacecraft typically communicates with Earth using what’s called an X-band radio transmitter, named for the specific frequency it uses. The flight team correctly hypothesized that the fault protection system had lowered the rate at which the transmitter was sending back data. This mode requires less power from the spacecraft, but it also changes the X-band signal that the Deep Space Network needs to listen for. Engineers found the signal later that day, and Voyager 1 otherwise seemed to be in a stable state as the team began to investigate what had happened.

Then, on October 19, communication appeared to stop entirely. The flight team suspected that Voyager 1’s fault protection system was triggered twice more and that it turned off the X-band transmitter and switched to a second radio transmitter called the S-band. While the S-band uses less power, Voyager 1 had not used it to communicate with Earth since 1981. It uses a different frequency than the X-band transmitters signal is significantly fainter. The flight team was not certain the S-band could be detected at Earth due to the spacecraft’s distance, but engineers with the Deep Space Network were able to find it.

Mission Continuity and Challenges
Rather than risk turning the X-band back on before determining what triggered the fault protection system, the team sent a command on Oct. 22 to confirm the S-band transmitter is working. The team is now working to gather information that will help them figure out what happened and return Voyager 1 to normal operations.

Voyagers 1 & 2 have been flying for more than 47 years, are only two spacecraft to operate in interstellar space. Their advanced age has meant an increase in frequency & complexity of technical issues, new challenges for the mission engineering team.
https://scitechdaily.com/15-billion-mile...s-silence/

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NASA Endorses Initial Deployment Of 400 Starlink Satellites Closer To Earth, Will Conduct Study To Gauge Impact On Travel To And From ISS
https://www.benzinga.com/news/24/10/4162...tudy-to-ga

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We, engineers with the Deep Space Network were able to find it...Mission Continuity & Challenges
Rather than risk turning the X-band back on be4 determining what triggered fault protection system, team sent a command on Oct. 22 to confirm the S-band transmitter is working. The team is now working to gather info that will help them figure out what happened, return Voyager 1 to normal op. Voyagers 1 & 2 have been flying for more than 47 years, are only 2 spacecraft to operate in interstellar space. Their advanced age has meant an increase in frequency & complexity of technical issues, new challenges for the mission engineering team.
https://scitechdaily.com/15-billion-mile...s-silence/

15 Bil Miles Away, NASA’s Voyager 1 Breaks Its Silence the shutdown & turn on appears to have been triggered by spacecraft’s fault protection system, automatically onboard issues, system try conserves power by disabling non-essential if spacecraft’s power supply is overstretched, it take weeks for team to pinpoint exactly activated the fault protection system. This troubleshooting & Command Response to NASA’s Jet Propulsion Laboratory (JPL) in Southern California manages communications within Voyager 1 via Deep Space Network. When JPL team sends instructions, Voyager 1 responds by transmitting engineering data, helps team assess its reaction to command. This back-&-forth takes 2days— 23 hrs, command to travel over 15 bil miles (24 bil km) to Voyager 1 & another 23 hrs for data to return to Earth.
On Oct 16, flight team sent command to turn on one of spacecraft’s heaters. While Voyager 1 have had ample power to op the heater, so command triggered fault protection system, team learned of issue when Deep Space Network couldn’t detect Voyager 1’s signal on October 18.

Communication Challenges and Solutions help.
Spacecraft typically communicates with Earth using called X-band radio transmitter, named for specific frequency uses, flight team correctly hypothesized fault protection system had lowered rate transmitter, sending back data, mode requires less power from spacecraft, but it changes X-band signal in Deep Space Network needs to listen for. Engineers found signal later that day & Voyager 1 otherwise seemed to be in a stable state, team began investigating what happened. Then, on Oct 19, communication appeared to stop entireling, flight team suspected Voyager 1’s fault protection system was triggered twice, it turned off X-band transmitter switched a 2nd radio transmitter called S-band. S-band uses less power, Voyager 1 had not used communicate with Earth since 1981, uses a different frequency than X-band transmitters signal is significantly fainter, flight team was not certain S-band could be detected at Earth due spacecraft’s distance, but they with Deep Space Network were able to find it.

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https://youtu.be/lLu24_hI_7M?si=kJPgMhtYoKfDbyHt

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Binary Star System Supernova Explosion and it Fly 600 k/m in just one (1) second.

https://youtu.be/lUijqBYb83w?si=B1nYTf03YuxrpUsq

The chinese reinvented space race compare with the one built by Russia, and follow up by help from U.S.A. on the int'l space station.
https://youtu.be/2eaZLYiRHuY?si=ksMjLnvegzZcUhVN

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Tracing the origins of the space station back to the beginning in the Soviet Union and beyond
https://youtu.be/SCKVpd002ZU?si=AsFPOEJcPUDU-qJR

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How!. SpaceX reinvented the Rocket Engine.
https://youtu.be/nP9OaYUjvdE?si=57Fz3iAJj6P-QMXP

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https://youtube.com/shorts/epKBF4AfOls?s...HYTF4JO_tu

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https://youtu.be/98wvhTGreMM?si=EJUOq5QNVs-lbW84

China answer to U S. SpaceX reusable space visiting is answered two years ago.
https://youtube.com/shorts/ZNmMe-5tveo?s...5ZIxIP2MqC

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Putin has also has help from Elon Musk...?. to JamMmm, Ukraine fight against Russian?.
https://youtu.be/43Gto_swTwo?si=tFO5JZzhxvOhQXQj

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Lastest update from Ukraine war against Russia. 
https://youtu.be/-49mHkJGsp4?si=XaM5CiBkI0u0qx7A

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China answer to U S. SpaceX reusable space visiting is answered two years ago.
https://youtube.com/shorts/ZNmMe-5tveo?s...5ZIxIP2MqC

What Elon Musk can do to carry more load, China can do well also but with less on LOAD, about 20 tonnes in their latest big spacecraft.

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What Elon Musk can do to carry more load, China can do well also but with less on LOAD, about 20 tonnes in their latest big spacecraft.

And can carry up to 7 peoples on load 
https://youtu.be/-49mHkJGsp4?si=XaM5CiBkI0u0qx7A

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What Elon Musk can do to carry more load, China can do well also but with less on LOAD, about 20 tonnes in their latest big spacecraft.

China spacecraft can carry up to 7 peoples load in their latest craft and in about 10 minutes to reach just space above earth zone, so that make the ISS a very old man in space...

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And can carry up to 7 peoples on load 
https://youtu.be/-49mHkJGsp4?si=XaM5CiBkI0u0qx7A

SpaceX problems kanna lahh, 8 hospitalise arhh?.
https://www.youtube.com/live/7d55NMXRgS4...uktk3IPcRt

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SpaceX problems kanna lahh, 8 hospitalise arhh?.
https://www.youtube.com/live/7d55NMXRgS4...uktk3IPcRt

View from URUX LIVE....  this is 2nd folks Hpoto out from SpaceX...the 1st passengers astronaut to come out of SpaceX belles.

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SpaceX problems kanna lahh, 8 hospitalise arhh?.
https://www.youtube.com/live/7d55NMXRgS4...uktk3IPcRt

What Florida's gov just did is a big solution for SpaceX & Elon after Cali's gov...As California shuts its doors on SpaceX's ambitious launch plans, where can they find the next promised land for their space missions?. Honestly, nowhere could be more ideal than Florida’s coast!

Yeah, what Florida’s gov just did is a major solution for SpaceX after facing pushback from California's gov over increasing launch counts.

Let’s find out on today’s episode of Alpha Tech:
The relationship between SpaceX and the California Coastal Commission is becoming increasingly tense. 

Cause lies in Commission's opposition to a plan by SpaceX & U.S. Space Force to increase rocket launches at Vandenberg Air Force Base to up to 50 per year. In response, Elon Musk has filed a lawsuit against Commission, arguing their decision was based on unacceptable reason: his political comments on the X platform.

This move appears to be based on personal bias, lacking consideration for the country’s broader interests. Even California Governor Gavin Newsom—who rarely aligns with Musk remarked, “I’m with Elon,” at a campaign event for Harris  and Walz in North Carolina.

Moreover, this week, Elon Musk and SpaceX received further attention from Washington?.

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China spacecraft can carry up to 7 peoples load in their latest craft and in about 10 minutes to reach just space above earth zone, so that make the ISS a very old man in space...

https://youtube.com/shorts/xcLdeGOuhhs?s...xCP75gpzMy

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Harris, Trump battle to the wire in swing states, Times/Siena polls show
https://www.straitstimes.com/world/unite...polls-show

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Harris, Trump battle to the wire in swing states, Times/Siena polls show
https://www.straitstimes.com/world/unite...polls-show

survey shows Ms Harris narrowly ahead of Trump in Nevada, North Carolina and Wisconsin, while Trump retained his advantage in Arizona and erased her lead in Pennsylvania.

Millions of ballots have already been cast in person or by mail ahead of the Nov 5 election, which is regarded as too close to call.

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China spacecraft can carry up to 7 peoples load in their latest craft and in about 10 minutes to reach just space above earth zone, so that make the ISS a very old man in space...

ISS a old man. The International Space Station has been leaking for 5 years


Pesky leaks on the International Space Station aren’t the most serious issue facing U.S. human spaceflight

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google vietnamese to english

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SpaceX problems kanna lahh, 8 hospitalise arhh?.
https://www.youtube.com/live/7d55NMXRgS4...uktk3IPcRt

A NASA safety panel warned SpaceX to focus on crew safety for its commercial trips to the International Space Station (ISS) after four astronauts were recently hospitalized. apparent operating safely requires significant attention to detail as hardware ages, the pace of operations increases,” Rominger is quoted as saying. “Both NASA and SpaceX need to maintain focus on safe Crew Dragon operations and not take any ‘normal’ operations for granted.”

NASA’s SpaceX Crew-8 recently returned from ISS, riding on board a Dragon spacecraft, the spacecraft’s splashdown off coast of Florida on last Friday, all four astronauts were transported to a hospital & 1 crew was kept for an overnight stay. NASA did not release further information about why crew was hospitalized or whether it was related to the Dragon splashdown. SpaceX’s trusty Falcon 9 rocket has suffered few missteps this year. Falcon 9 rocket launched Crew-9 mission on Sept 28, transporting NASA astronaut Nick Hague & Russian cosmonaut Aleksandr Gorbunov to ISS aboard Dragon crew capsule. On its way down to land in the ocean, the rocket’s upper stage experienced an off-nominal deorbit burn that caused it to miss its targeted splashdown zone....

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Both Voyager 1 and its twin, Voyager 2, have been bopping along for nearly a half-century, far beyond their original life expectancy. Launched in 1977, the pair was originally intended to study Jupiter and Saturn, their moons, and Saturn's rings. For the two-planet journey, they were built to last just five years.

After their initial success, engineers doubled their objectives to include two more giant planets, Uranus and Neptune. Between the two spacecraft, they've explored four planets, 48 moons, and a host of planetary magnetic fields and rings.
In August 2012, Voyager 1 made history as it entered interstellar space, the region between stars, filled with material ejected by other stars that died millions of years ago. Voyager 1 and 2 are the only spacecraft ever to operate outside of the heliosphere, the region of space affected by the sun's constant flow of material.

Voyager 1 launched from Earth in 1977 and is the farthest human-made object in space. Voyager 1 is speeding away from the solar system at over 38,000 mph and is the farthest human-made object from Earth. It is so far away that it takes 23 hours for a command to reach the spacecraft, and another 23 hours for mission control to hear back from it.

NASA has previously said the Voyagers generate about 4 fewer watts of power annually, limiting the number of systems the spacecraft can use. Flight controllers have occasionally turned off equipment to conserve power. The goal is to keep the two running beyond 2025, according to the agency.

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TIC TAC UFO Infiltrate attention; secretively...
https://youtu.be/YGZ-EpUkiNE?si=AZYyWxlR8_YRV9mU

https://youtu.be/lLu24_hI_7M?si=IzOMWVjtjpcYqyb7

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Next and many next generation rocket technology can help us. But it can take100, 500 or maybe 1000 years...arhh. It's moving moment as we try to get closer to light travel. Since science took a look at atom. A note on smallest part of a substance that cannot be broken down chemically. Each atom has a nucleus (center) made up of protons (positive particles) and neutrons (particles with no charge). Electrons (negative particles) move around the nucleus.

JWST Detect LED Artilicial Light on Proxima Life Revealing  Aliens Cities Life. Aliens. Just oni 4.2 light years for Earth. Maybe 10% 20% maybe 50% of light to send eg: Like Voyager 1 again be b4 2130 years.

Voyager 1 › Max speed. 61,500 km/h

These is one of many human is learning about radiation-resistant genes hold significant potential for applications in human health, space exploration, agriculture, and medicine. The Moon has no atmosphere to protect it from the Sun’s harmful radiation, especially during solar flares. It is also bombarded by cosmic rays, which are high-energy particles from distant galaxies. Without protection, these particles can penetrate the human body and cause cellular damage.
Tardigrades is one human is learning hope it could lead to biotechnological advancements that benefit astronauts, such as developing drugs to combat the effects of space radiation or genetic engineering techniques to enhance human resilience.

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These is one of many human is learning about radiation-resistant genes hold significant potential for applications in human health, space exploration, agriculture, and medicine. The Moon has no atmosphere to protect it from the Sun’s harmful radiation, especially during solar flares. It is also bombarded by cosmic rays, which are high-energy particles from distant galaxies. Without protection, these particles can penetrate the human body and cause cellular damage.
Tardigrades is one human is learning hope it could lead to biotechnological advancements that benefit astronauts, such as developing drugs to combat the effects of space radiation or genetic engineering techniques to enhance human resilience.

https://youtu.be/8SjxCHqVH1g?si=L7SXoPgpu_UGXrZf

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These is one of many human is learning about radiation-resistant genes hold significant potential for applications in human health, space exploration, agriculture, and medicine. The Moon has no atmosphere to protect it from the Sun’s harmful radiation, especially during solar flares. It is also bombarded by cosmic rays, which are high-energy particles from distant galaxies. Without protection, these particles can penetrate the human body and cause cellular damage.
Tardigrades is one human is learning hope it could lead to biotechnological advancements that benefit astronauts, such as developing drugs to combat the effects of space radiation or genetic engineering techniques to enhance human resilience.

Science is trying to unlock dead to a live.