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https://youtu.be/lLu24_hI_7M?si=DLjW9jUSGwBGxi22
https://youtu.be/v3c6pyLWzqc?si=58rsiUucRG9h6xhw

China newer rocket system 4 solar traveling to over deeper space like above photo show.

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NASA’s James Webb Uncovers Hidden Alien Cities>Proxima B in Clearest Image Ever!

Proxima B just (2) point two, or 4-light-years away, orbiting closest star to our Sun. With extreme heat on one side & freezing very cold on the other. 

It’s a tidal-locked rocky planet. Could it support life, or just another lifeless world, hiding secrets we may never know?
https://youtu.be/SpDoC8MjKRc?si=pIXZlccaMXpz-P2I

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https://youtu.be/v3c6pyLWzqc?si=jJwdAW_nzhZvRRAS

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https://youtu.be/nCIq1z53j_Y?si=4SmCsu_8Bh68YzqS

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Our solar sun. It's an immense powerhouse on a scale that almost defies the imagination. And it's the source of all life here for on Earth. But what if that power was being tampered with or alien stealing energy from sun?
https://youtu.be/U-d0rSlr2yg?si=5GbN1k7OY5CIu4da

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On Monday, SpaceX posted a "static fire of the Flight 7 Super Heavy booster," acts as a dress rehearsal of sorts for upcoming launch. SpaceX hasn't publicly announced expected launch date, an email sent by NASA to Federal Aviation Admin indicates they're targeting Jan. 11, text expected launch comes soon. & On Nov. 19 SpaceX set out to ignite spacecraft's engines for space conduct thermal protection experiments, it unsuccessful in conducting it booster catch, calling off the plan a few minutes into the test flight.

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https://youtu.be/7Hb1VlMbbOs?si=8jYPztMPxaGp6DTG

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Footage Shoes 5 light objects flying in, Discovery a 3,000 meters wide UFO silently objecting around just above earth, abound with cameras from international space station move into action.
https://youtu.be/0VFE-DUoCHE?si=bLi894ubS6HDpBl3

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Footage Shots from camera, five light objects flying in toward Internatiinal space station, it's discovery of a 3,000 meters wide UFO silently objecting around just above earth, abound with cameras from international space station move into action to video take video acton.. .

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https://youtu.be/v3c6pyLWzqc?si=jJwdAW_nzhZvRRAS

Pleiades known as the Seven Sisters or M45, is a star cluster in the Taurus constellation that's visible from Earth:


Location: About 440 light-years from Earth, northwest of Taurus

Size: About 12 light-years in diameter
Stars: Over 1,000 stars, but only six are usually visible to the naked eye

Color: Brightest stars are hot blue
Visibility: Visible from October to April in both hemispheres, best seen in November/December

Features: An open star cluster, meaning stars were born from the same gas cloud and are loosely bound by gravity

Other names: Also known as Tŵr Tewdws, Streoillín, Mapúlon, Mulo‑pulo, Muró‑púro, Makaliʻi, Matariki, Parvīn, al-Thurayyā, mǎo, Qullqa, Subaru

The Pleiades has been known since ancient times and is featured in the folklore of many cultures, including the Celts, pre-colonial Filipinos, Hawaiians, Māori, Indigenous Australians, Persians, Arabs, Chinese, Quechua, Japanese, Maya, Aztec, Sioux, and Kiowa.

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Pleiades known as the Seven Sisters or M45, is a star cluster in the Taurus constellation that's visible from Earth:

Location: About 440 light-years from Earth, northwest of Taurus

Size: About 12 light-years in diameter
Stars: Over 1,000 stars, but only six are usually visible to the naked eye

Color: Brightest stars are hot blue
Visibility: Visible from October to April in both hemispheres, best seen in November/December

Features: An open star cluster, meaning stars were born from the same gas cloud and are loosely bound by gravity

Other names: Also known as Tŵr Tewdws, Streoillín, Mapúlon, Mulo‑pulo, Muró‑púro, Makaliʻi, Matariki, Parvīn, al-Thurayyā, mǎo, Qullqa, Subaru

The Pleiades has been known since ancient times and is featured in the folklore of many cultures, including the Celts, pre-colonial Filipinos, Hawaiians, Māori, Indigenous Australians, Persians, Arabs, Chinese, Quechua, Japanese, Maya, Aztec, Sioux, and Kiowa.

The Pleiades has been known since ancient times and is featured in the folklore of many cultures,
https://youtu.be/sBfUBtdo8yo?si=r_nT41YDaVnyW2dB

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The Pleiades has been known since ancient times and is featured in the folklore of many cultures,
https://youtu.be/sBfUBtdo8yo?si=r_nT41YDaVnyW2dB

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https://youtu.be/aeay5KkzYYk?si=PTVHzcwPGOi4dod0

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China newer rocket system 4 solar traveling to over deeper space like above photo show.

https://youtu.be/dWN04_pTz4A?si=fft5f6LDDPpJ9fwq

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https://youtu.be/pKXh10I3Bz8?si=DTXENYEJoeaGM3nx

https://www.scientificamerican.com/artic...d-it-soon/

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Einstein predicted an engine that would travel faster than light: It has been built for the first time, and it works like this.
This is the first immortal battery in history: Experts have hacked energy for the first time. Einstein got it right with his impossible proposition: Antimatter and gravity have started to do this
Lincoln would have loved to see it: This ingenious invention will save America from hurricanes forever.

A few days ago, we remembered the anniversary of man’s landing on moon, a feat achieved by US will not be forgotten, the last historic step has been taken by Germany, or rather, it taken decades ago, we did not know it: Einstein, the greatest physicist of all time, predicted a vehicle could travel faster than light, has always been considered science fiction. Against all odds, a team of renowned engineers laid groundwork now finally know that it is possible. 

Einstein predicted this engine, it’s neither hydrogen nor plasma: Engineers have built it for the first time: (Eco News)
Einstein predicted an engine that would travel faster than light: It has been built for the first time, and it works like this
by D. García  07/30/2024

Einstein got it right with his impossible proposition: Antimatter and gravity have started to do this engine, Einstein engine, warp drive engine

Lincoln would have loved to see it: This ingenious invention will save America from hurricanes forever. What previously was on the shelves of the science fiction has become closer to real-world implementation due to recent developments in theoretical physics.
https://www.ecoticias.com/en/einstein-pr...gine/4992/
Recent research has shifted the focus from the traditional Alcubierre model to a more feasible approach: the “Constant Velocity Sub-Luminal Warp Drive.” This new idea is a contribution of a team from the Applied Physics, an international think tank, and the University of Alabama in Huntsville proposing a warp drive that can travel at sublight speeds without the use of such materials.

Experts are sincere about the “Einstein engine”: Why it should not be considered as science-fictional.

The warp drive is also based on the law formulated by Albert Einstein, where nothing can travel with a velocity greater than the velocity of light.

Nevertheless, in the Scenario in Specific History, in the year 1994, a man from Mexico named Miguel Alcubierre describes a theoretical model which space-time fabric can manipulated, as a result, a ship with sufficient mass energy can travel faster than light (remember that this is considered to be the theoretical limit).
https://youtu.be/NXN7aXvZG44?si=SH6Fj1TrIGvLz0dh

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This discovery was announced at the 244th Meeting of American Astronomical Society, with its paper recently submitted to The Astrophysical Journal Letters. There are a number of possible explanations for star's velocity, researchers explored 3 of them.

With a velocity around 600 kilometers (373 miles) per/second or in one (1) second.

https://youtu.be/lUijqBYb83w?si=NSS30Tpx0wLpQM0q

December 13, 2024...NASA’s Beloved Voyager Probes Find Puzzles beyond the Solar System
For two decades now, iconic twin Voyager spacecraft have quietly overturning everything we thought we knew about boundary between our solar system & interstellar space Voyager spacecraft in front of Milky Way galaxy and a bright red star in deep space. For all of humanity’s millennia of staring at stars decades of launching probes to explore our universe, only 2 spacecraft carrying working instruments have ever managed to escape bubble of space governed by our sun.
The twin Voyager spacecraft launched in 1977 on an epic tour of outer planets; both swung past Jupiter & Saturn while Voyager 2 added Uranus & Neptune to itinerary. The two spacecraft trekked ever outward since, & several of their instruments have continued observations despite challenges of aging technology & waning power supplies, on Dec 16, 2004, Voyager 1 reached the termination shock, the beginning of its years long transition to interstellar space. Voyager 2 crossed the same threshold in 2007. In the years since, spacecraft have been providing humanity’s only direct taste of what lies on outskirts of & beyond the bubble of the sun’s influence on space, an area scientists call the heliosphere.

“We know now how little we know about the heliosphere,” says Merav Opher, a space physicist at Boston University. “It’s way more complex, way more dynamic than we thought.” Here’s what scientists do know: we everyday Earthlings may simplistically think of the sun as a compact distant ball of light, in part because our plush atmosphere protects us from our star’s worst hazards. But in reality the sun is a roiling mass of plasma and magnetism radiating itself across billions of miles in the form of the solar wind, which is a constant stream of charged plasma that flows off our star. The sun’s magnetic field travels with the solar wind and also influences the space between planets. The heliosphere grows and shrinks in response to changes in the sun’s activity levels over the course of an 11-year cycle.
“You see these dramatic 11-year bumps, mins and maxes, dips and peaks throughout the whole entire heliosphere,” says Jamie Rankin, a space physicist at Princeton University and deputy project scientist of the Voyager mission. And, she notes, astronomers of all stripes are trapped within that chaotic background in ways that may or may not affect their data and interpretations. “Every one of our measurements to date, until the Voyagers crossed the heliopause, has been filtered through all the different layers of the sun,” Rankin says.

This illustration shows position of NASA's Voyager 1 & Voyager 2 probes, outside of heliosphere, a protective bubble created by Sun that extends well past orbit of Pluto Voyager 1 crossed heliopause, or the edge of heliosphere, August 2012. Heading in a different direction, Voyager 2 crossed another part of the heliopause in Nov 2018.NASA/JPL-Caltech. On their trek to interstellar space, the Voyagers had to cross a set of boundaries: first a termination shock some seven billion or eight billion miles away from the sun, where the solar wind abruptly begins to slow, then the heliopause, where the outward pressure from the solar wind is equaled by the inward pressure of the interstellar medium. Between these two stark borders lies the heliosheath, a region where solar material continues to slow and even reverse direction. The trek through these boundaries took Voyager 1, the faster of the twin probes, nearly eight years; such is the vastness of the scale at play. Beyond the heliopause is interstellar space, which Voyager 1 entered in 2012 & Voyager 2 reached in 2018. It’s a very different environment from the one inside our heliosphere—quieter but hardly quiescent. “It’s a relic of the environment the solar system was born out of,” Rankin says of interstellar medium. Within it are energetic atomic fragments called galactic cosmic rays, as well as dust expelled by dying stars across the universe’s eons, among other ingredients.

The interstellar medium varies across the galaxy, with denser and more tenuous areas alternating across the Milky Way’s spiral arms. Our sun and the bubble it creates plow through this interstellar medium, and the interaction between the sun’s dynamics and the interstellar medium influence the shape of the heliosphere. What that shape actually is, however, scientists don’t yet know. The heliosphere’s shape may resemble that of a comet, with a long tail trailing a compact nose where the sun pushes into interstellar space. Or perhaps the interplay between the sun’s magnetic field and the interstellar medium molds the bubble into a croissantlike shape, with two lobes trailing our star. The heliosphere’s shape could also take some other form that scientists haven’t even considered yet; certainty is difficult from our limited view on Earth. “It’s like we’re goldfish trying to measure our goldfish bowl from the inside, and we can’t even get to the edges,” says Sarah Spitzer, a space physicist at the Weizmann Institute of Science in Rehovot, Israel.

The Voyager probes are the accidental exceptions to this challenge, twin spacecraft were designed as scouts to the outer planets, program provided humanity’s first, so far only—up close views of Uranus & Neptune. By 1989, these observations were complete, yet the probes were still in good health. So NASA kept them going, albeit turning off instruments that wouldn’t produce interesting data without planets to observe. Years passed and the Voyagers trekked ever outward, swimming toward the walls of our cosmic goldfish bowl, the Voyagers are much like biopsies of heliosphere. We know nothing about global three-dimensional structure of outer heliosphere from just these two sets of points.” But goldfish weren’t sitting idly by. In 2008 NASA launched the Interstellar Boundary Explorer (IBEX), which orbits Earth and samples particles, called energetic neutral atoms, that stream in from the edge of the heliosphere. Scientists can use IBEX measurements of these particles’ characteristics to reconstruct some of what’s happening far out there, billions of miles away. Among IBEX’s key contributions has been discovery of a ribbon of energetic neutral atoms draped across the heliosheath. Scientists think the ribbon may be caused by particles bounce in & out of heliosphere. But in an example of cosmic bad luck, the Voyager spacecraft weren’t able to directly study IBEX’s ribbon: they zipped past either side of it. “Right between them is the biggest, most glaring thing in the outer heliosphere,” says David McComas, a space physicist at Princeton University and principal investigator of IBEX.

It’s exactly the sort of situation shows limitations of relying on local observations of something as all-encompassing as the vast bubble of our star’s influence. “Voyagers are very much like biopsies of the heliosphere,” McComas says. “We know nothing about global three-dimensional structure of the outer heliosphere from just these two sets of points.” IBEX is still observing, having lasted much longer than originally planned, and the spacecraft has managed to gather data throughout a complete 11-year solar cycle to watch the heliosphere’s response to the sun’s activity. But McComas is also hard at work getting another mission he leads ready for launch next year. He describes the Interstellar Mapping and Acceleration Probe (IMAP) mission as “IBEX on steroids,” with the same basic capabilities but at sharper resolutions and with additional measurements added on, such as the analysis of grains of interstellar dust—debris from dead stars—that sneak into the solar system.

Meanwhile other scientists are scheming to collect more observations from the region directly. One more spacecraft is already on track to follow the Voyagers out of the heliosphere: NASA’s New Horizons mission, which whizzed past Pluto in 2015. After studying the dwarf planet (and, in 2019, an even more distant rocky object called Arrokoth), the spacecraft is on course to cross the heliopause in perhaps another decade or so. And scientists hope that its instruments will still be working, ready for humanity’s third expedition beyond the sun’s influence. Scientists have also designed a would-be mission, dubbed Interstellar Probe, that, unlike the Voyagers and New Horizons, is tailored to illuminate the outer reaches of the heliosphere and beyond. It would use a massive rocket to take a fast track out of the solar system, carrying instruments designed to study plasma and magnetic fields instead of rocky bodies and ideally traveling far enough to look back and discern our heliosphere’s elusive shape from a distance. But that mission was not recommended as a priority by a recently released Decadal Survey that charted U.S. heliophysics for the coming decade, and this hurts the chances of the nation’s scientists sampling the interstellar medium anytime soon. (Chinese researchers may be more fortunate because the country is pursuing an interstellar mission of its own.)

For now, scientists are still stuck poring over the signals dribbling back from the Voyagers. In some ways, it’s a wealth of information: about two decades’ worth of data on the boundary to interstellar space and what lies beyond from two craft at two different locations. And the returns are rich in oddities, with one spacecraft apparently crossing the termination shock five different times, perhaps as the heliosphere billowed in and out in sync with the solar wind’s fluctuating strength. But the Voyagers’ distant observations are also mere breadcrumbs, tantalizing glimpses at a region that lies nearly out of our reach—exactly the sort of data that raise more questions than answers. One thing is certain: no matter their mission ends, Voyager spacecraft leave scientists wanting more data from interstellar space. “The instruments are going tobe shut off be4 we get full picture,” Opher says, “having the Voyagers extended as much as we can, it’s priceless.”
https://www.scientificamerican.com/artic...ar-system/

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This discovery was announced at the 244th Meeting of American Astronomical Society, with its paper recently submitted to The Astrophysical Journal Letters. There are a number of possible explanations for star's velocity, researchers explored 3 of them.

With a velocity around 600 kilometers (373 miles) per/second or in one (1) second.

https://youtu.be/lUijqBYb83w?si=NSS30Tpx0wLpQM0q

BREAKING: 2024 UFO Footage Shows Fighter Jets Forcing It Into the Ocean!


Fighter jets were caught on camera chasing a UFO before it vanished straight into the ocean—this is not a drill. Witnesses claim the object moved faster than any known aircraft, defying all logic and science. The shocking footage from twenty twenty-four has sparked debates that even skeptics can’t ignore. Could this be the ultimate proof of extraterrestrial life or something even stranger? 

Let us uncover the truth behind this jaw-dropping event that made NASA go out and hunt all the witnesses of the event.
https://youtu.be/EQK4nvdrtMI?si=HbLyvjTQNNSTtg-O

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https://youtube.com/shorts/3yVagOHJT_8?s...VlCL4tvvEt

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The largely unexplored continent of Antarctica has long been subject to rumors of UFOs, underground tunnel networks, and concealed ancient structures, giving rise to speculation about an alien presence beneath its icy surface. Learn more in this clip from Season 2, Episode 6, MYSTERIES BENEATH THE ICE.
https://youtu.be/P23wCws2_FQ?si=3nBCSOzOz_hr2dUv

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BREAKING: 2024 UFO Footage Shows Fighter Jets Forcing It Into the Ocean!. Fighter jets were caught on camera chasing a UFO before it vanished straight into the ocean—this is not a drill. Witnesses claim the object moved faster than any known aircraft, defying all logic and science. The shocking footage from twenty twenty-four has sparked debates that even skeptics can’t ignore. Could this be the ultimate proof of extraterrestrial life or something even stranger?. QLet us uncover the truth behind this jaw-dropping event that made NASA go out and hunt all the witnesses of the event.
https://youtu.be/EQK4nvdrtMI?si=HbLyvjTQNNSTtg-O

The team integrated Optical Telescope Assembly, includes a 7.9-foot (2.4-meter) primary mirror, 9 additional mirrors, & their supporting structures & electronics. Telescope will focus cosmic light & send it to Roman’s instruments, revealing billions of objects strewn throughout space time. Roman will be most stable large telescope ever built, at least 10 times more so than NASA’s James Webb Space Telescope and 100 times more than the agency’s Hubble Space Telescope. This will allow scientists to make measurements at levels of precision & can answer important questions about dark energy, dark matter, & worlds beyond our solar system.

With those components in place, team then added Roman’s primary instrument. Called the Wide Field Instrument, 300-megapixel infrared camera will give Roman a deep, panoramic view of the universe. Through Wide Field Instrument’s surveys, scientists will be able to explore distant exoplanets, stars, galaxies, black holes, dark energy, dark matter, & more. Thanks to this instrument ok the observatory’s efficiency, Roman will be able to image large areas of the sky 1,000 times faster than Hubble with the same sharp, sensitive image quality.
https://scitechdaily.com/nasas-roman-spa...he-cosmos/

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NASA’s James Webb Uncovers Hidden Alien Cities>Proxima B in Clearest Image Ever!

Proxima B just (2) point two, or 4-light-years away, orbiting closest star to our Sun. With extreme heat on one side & freezing very cold on the other. 

It’s a tidal-locked rocky planet. Could it support life, or just another lifeless world, hiding secrets we may never know?
https://youtu.be/SpDoC8MjKRc?si=pIXZlccaMXpz-P2I

The JWST happens to have some impeccable infrared eyes—so, de Wit and Burdanov thought, why not see if they could use it to their advantage?

The asteroids of paramount importance to planetary defenders are near-Earth asteroids, those whose orbits around Sun bring them at least as close as 28 million miles of Earth’s own orbit. that can also cause significant damage. Even an asteroid just a few dozen feet long can, with a direct hit, wreck a city with a mid-air blast akin to a non-radioactive nuclear explosion.
It worked wonders: Collectively, hundreds of small bodies—from main belt asteroids to space rocks trailing Jupiter—were detected, including potentially 43 new objects. If you stack many shots of that faint source on top of one another while tracking it as it shifts across multiple images, you can amplify the ‘brightness’ of the source, and you can determine what it is—in this case, an asteroid.

The team checked to see if this shift-and-stack method worked using two ground-based observatories that search for exoplanets. It worked wonders: Collectively, hundreds of small bodies—from main belt asteroids to space rocks trailing Jupiter—were detected, including potentially 43 new objects.

Next, the team focused their method on TRAPPIST-1, a star system 40 light-years away that’s home to multiple rocky exoplanets. In 10,000 preexisting JWST images, the team found 138 new asteroids within the main belt, ranging in size from about 2,000 feet long to those just a few tens of feet across.
https://www.nationalgeographic.com/scien...-telescope

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The JWST happens to have some impeccable infrared eyes—so, de Wit and Burdanov thought, why not see if they could use it to their advantage?

The asteroids of paramount importance to planetary defenders are near-Earth asteroids, those whose orbits around Sun bring them at least as close as 28 million miles of Earth’s own orbit. that can also cause significant damage. Even an asteroid just a few dozen feet long can, with a direct hit, wreck a city with a mid-air blast akin to a non-radioactive nuclear explosion.
It worked wonders: Collectively, hundreds of small bodies—from main belt asteroids to space rocks trailing Jupiter—were detected, including potentially 43 new objects. If you stack many shots of that faint source on top of one another while tracking it as it shifts across multiple images, you can amplify the ‘brightness’ of the source, and you can determine what it is—in this case, an asteroid.

The team checked to see if this shift-and-stack method worked using two ground-based observatories that search for exoplanets. It worked wonders: Collectively, hundreds of small bodies—from main belt asteroids to space rocks trailing Jupiter—were detected, including potentially 43 new objects.

Next, the team focused their method on TRAPPIST-1, a star system 40 light-years away that’s home to multiple rocky exoplanets. In 10,000 preexisting JWST images, the team found 138 new asteroids within the main belt, ranging in size from about 2,000 feet long to those just a few tens of feet across.
https://www.nationalgeographic.com/scien...-telescope

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A MIN AGO: UFO's from The US Suddenly Emerge At Iran, Russia & China!!

In twenty twenty-four, a UFO was caught on camera hovering over a crowded city, and no one can explain it. From Russia to the United States, strange objects in the sky have been filmed in broad daylight, leaving witnesses stunned. Could this be proof that we are not alone, or is something else happening right above our heads? Let us dive in and uncover the most insane UFO sightings of this year that made the government finally come clean about alien technology.
https://youtu.be/qpSOPSRACbU?si=GvKPoEYi6q4HFhf5

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Elon Musk's net worth hits $300 billion for the first time in three years after Donald Trump's win. A increase of U.S.$34 billion in one day.

SpaceX Notches Longest Starship Flight Before Losing Rocket. Third test mission of massive craft reached near orbit. Prior flights ended with explosions minutes after launch.launched its Starship rocket into space in a critical test, sending the colossal craft farther and faster than it had ever flown, before it was lost while returning to Earth.

The mission, which featured several key demonstrations of craft’s capabilities, lasted much longer than the past two attempts, which each ended quickly in explosions. The achievement brings the company a step closer to using Starship to launch satellites eventually reaching Chief Executive Officer Elon Musk’s goal of ferrying humans to the moon and Mars

Key Speakers At Reform UK Conference. Farage Touts Chance of Musk Funding After Mar-a-Lago Meeting...Elon Musk Taps Loyalists to Boost Staffing for DOGE Effort...Musk Backs Johnson Plan to Avert Shutdown as House Vote Begins

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NASA has announced that the Sun has reached its peak in its 11-year cycle. We have officially entered the solar maximum period of Solar Cycle 25. So, what will the solar maximum do to our planet in the coming months? How long will this period of heightened solar activity last? Finally, and most importantly, will this increase the average global temperature and warm our planet over the next year?.
https://youtu.be/PnVbT-tpot8?si=2vTl0j0Z9Uw2beW8

https://youtu.be/PnVbT-tpot8?si=Hn9zoBTHUex-i4D5
A NASA spacecraft aims to fly closer to the sun than any object sent before.

The Parker Solar Probe was launched in 2018 to get a close-up look at the sun. Since then, it has flown straight through the sun's corona: the outer atmosphere visible during a total solar eclipse.
The next milestone: the closest approach to the sun. Plans call for Parker this week to hurtle through the sizzling solar atmosphere and pass within a record-breaking six million kilometres of the sun's surface.

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At that moment, if the sun and Earth were at opposite ends of a football field, Parker "would be on the four-yard line," said NASA's Joe Westlake.
Mission managers won't know how Parker fared until days after the flyby since the spacecraft will be out of communication range.

Parker planned to get more than seven times closer to the sun than previous spacecraft, hitting 690,000km/hr closest approach. It's the fastest spacecraft ever built outfitted with a heat shield to withstand scorching temperatures up to 1371 degrees...
https://youtu.be/PnVbT-tpot8?si=Hn9zoBTHUex-i4D5

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Just for comparing with...Parker more than sevent-times closer to sun than previous spacecraft, hitting 690,000km/hr closest approach. It's the fastest spacecraft ever built

A star named CWISE J124909+362116.0 (J1249+36 for short) not only exceeds the galactic escape with a velocity at around 600 kilometers (373 miles) per second, it's a very rare type of tiny, ancient, main sequence star called an L subdwarf, which happens to also be one of the oldest in the Milky Way.