• Meteorite that crashed through New Jersey house could hold the clues to life's origins

    From a425couple@a425couple@hotmail.com to alt.astronomy,rec.aviation.military,seattle.politics on Thu Jul 16 07:38:23 2026
    From Newsgroup: rec.aviation.military

    from https://www.space.com/astronomy/meteorite-that-crashed-through-new-jersey-house-could-hold-the-clues-to-lifes-origins

    Meteorite that crashed through New Jersey house could hold the clues to
    life's origins
    News
    By Chelsea Gohd
    Published 20 hours ago
    "Thanks to the homeownerrCOs quick reaction, these are the most pristine
    CM1/2 meteorites we know of."

    A fragment of the Hillsborough meteorite.
    A view of the Hillsborough meteorite. (Image credit: SETI Institute)

    A space rock exploded through a bedroom ceiling in New Jersey, and
    scientists have now traced its origins to a strange, briny asteroid once visited by a NASA mission.

    Two years ago on July 16, 2024 in the middle of the afternoon, a sonic
    boom shook New York City as a fireball streaked through the sky. The
    culprit? A rock the size of a heavy airline bag weighing roughly 110
    pounds (50 kilograms). The meteorite hurtled over the east coast before crash-landing in a house in Hillsborough, New Jersey where the homeowner
    found it, reeking of sulfur. In studying this meteorite, scientists
    think that it could have come from the surface of an asteroid where
    liquid saltwater could have rested, possibly providing clues to life's
    origins on Earth.

    "In a way, you can think of it as smelling the origins of life's
    atmosphere," lead author and meteor astronomer Peter Jenniskens of the
    SETI Institute and NASArCOs Ames Research Center, told Space.com.

    Despite its sulfuric stench, in a stroke of absolute luck, this
    meteorite crashed into the right house. After traveling through our
    atmosphere and heating up, searing through the sky and then crashing
    through a roof and then a bedroom ceiling, the meteorite broke apart
    into pieces. The homeowner not only sprung into action to collect these
    pieces of space rock into jars, they did so with gloves, protecting the
    rocks and keeping them remarkably well-preserved.

    "He had the wherewithal to put on gloves and take out jars," Jenniskens
    said. "And for this type of meteorite, carbonaceous chondroits, it's
    very important because they just suck in every moisture you can think
    [of]." So if he would've handled the rocks with his bare hands, oils or moisture from his hands could have completely contaminated the rock,
    which is common in found meteorites. The homeowner also thought to call
    the American Meteor Society very quickly after recovering the rocks,
    making these samples unusually pristine.

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    Of course, some of the rocks were found to have some fiberglass and even carpet remnants on them after crashing through the roof of a house,
    Jenniskens said. But the integrity of the meteorites was still
    incredibly well-preserved for scientific investigation.

    What did they find in these space rocks?
    Once the rock fragments were collected, they were brought in for
    analysis led by co-author Mike Zolensky, a meteoriticist at NASA's
    Johnson Space Center. And they found the now-dubbed "Hillsborough
    meteorite" to be full of organic compounds created through chemical
    reactions with minerals also present in the rock as well as amino acids.
    They also found that the rock was more altered by water than other
    meteorites of its kind.

    They classified the meteorite as a CM2 carbonaceous chondrite, which are primitive meteorites that formed in the early solar system. But CM2
    meteorites typically come from parent asteroids that haven't been significantly altered by water. Another type of meteorite known as CM1 typically comes from asteroids with water. The Hillsborough meteorite
    doesn't fit neatly into either category.

    Despite being a CM2, they found evidence that its parent asteroid must
    have had water, leading them to further classify this rock as a CM1/2, a category between 1 and 2. This is only the second meteorite of this type observed on Earth.

    "Thanks to the homeownerrCOs quick reaction, these are the most pristine
    CM1/2 meteorites we know of," Jenniskens said in a statement.

    What to read next
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    They also found small, salty fragments inside the meteorite, leading the researchers to conclude that this rock may have come from a near-surface
    area of its parent asteroid, where liquid water evaporated and salt accumulated. A salty, briny asteroid.

    This salty brine on the rock's parent asteroid could be an important
    piece to study, as researchers think that such a brine could ignite the chemical reactions between organic molecules and minerals that could
    create life. Some theories suggest that life on Earth began thanks to
    minerals and molecules deposited by crashing meteorites, and further
    study of such a well-preserved piece of a briny asteroid could help to
    put those pieces together.

    And while the team doesn't know the full story behind the organic
    compounds and amino acids found in this rock, early analysis suggests
    that the amino acids present formed on the rock's parent asteroid with
    the help of chemical reactions in this briny environment.

    Another major finding came from information from even before the crash.
    Thanks to reports from members of the public and footage from cameras
    (even doorbell cameras) across the eastern U.S., experts led by
    Jenniskens were able to piece together the trajectory of the object.
    Doppler weather radar at Newark Airport even helped to put the pieces together, detecting a long trail of pebbles stretching from Staten
    Island to New Jersey falling from the rock as it fell apart and out of
    the sky. This combined intel provided experts with the object's speed,
    and the direction from which it came.

    In piecing together the rocks' trajectory, "we can say where they came
    from in the asteroid belt," Jenniskens said. "This one seemed to have
    come out of the inner asteroid belt."

    In fact, he added that this meteorite's parent asteroid likely came from
    an area of the asteroid belt already observed in a flyby by NASA's Lucy mission, which is exploring the asteroids of the solar system. Could it
    be possible that Lucy observed the same bit of rock that ended up in a
    bedroom in New Jersey?

    Jenniskens added that "If you hear about a meteorite fall in your area,
    please check your dash cams and video cameras and security ring
    [cameras], and even your cell phones." Who knows, you might have even accidentally captured footage that helps researchers to better
    understand a mysterious rock from space.

    And if you live in the greater New York City area and want to get a
    closer look at this space rock, some of the meteorite fragments will be
    on display, curated at the American Museum of Natural History.

    This work was described in a study published in the journal Science
    Advances.

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    Comment by Chas LeJardiniere.

    CL

    Chas LeJardiniere
    10 hrs ago
    Your Dismiss button the Notifications popup doesn't work! Guess you're
    not exactly rocket scientists after all, LOL!

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    Comment by DXH20.

    DX

    DXH20
    12 hrs ago
    how do they know that the water molecules didnrCOt come from our own atmosphere?

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    Reply by _Philip B.

    _B

    _Philip B
    12 hrs ago
    Reply to DXH20
    wouldn't happen deep inside.

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    Comment by Eric .

    Er

    Eric
    13 hrs ago
    Just Stop It !!

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    Comment by JediJack.

    Je

    JediJack
    19 hrs ago
    Pop-up ads absolutely, positively ruined the enjoyment I could have had reading this article.


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  • From Jim Wilkins@muratlanne@gmail.com to alt.astronomy,rec.aviation.military,seattle.politics on Fri Jul 17 21:43:41 2026
    From Newsgroup: rec.aviation.military

    "a425couple" wrote in message news:A166S.76873$toFb.22185@fx37.iad...

    https://www.space.com/astronomy/meteorite-that-crashed-through-new-jersey-house-could-hold-the-clues-to-lifes-origins

    The handedness ratio of the amino acids is a critical clue to their origin, whether it's biological or random. Biology assembles molecules on an enzyme framework that aligns the atoms the same way each time. https://ui.adsabs.harvard.edu/abs/2000OLEB...30..208K/abstract

    Earth life might have started either way. If it spontaneously began multiple times both types could exist.

    D and L are short for Dextro and Levo, Latin for right and left, the
    direction the molecules rotate polarized light. If Latin and Greek hadn't
    been specified as the neutral languages for scientific terms they might all
    be German, so don't complain.

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  • From Jim Wilkins@muratlanne@gmail.com to alt.astronomy,rec.aviation.military,seattle.politics on Sun Jul 19 12:49:18 2026
    From Newsgroup: rec.aviation.military

    "Jim Wilkins" wrote in message news:113eln8$3895j$1@dont-email.me...
    The handedness ratio of the amino acids is a critical clue to their
    origin, whether it's biological or random. Biology assembles molecules on
    an enzyme framework that aligns the atoms the same way each time.

    There may be natural processes that affect molecular chirality (handedness). https://chiralpedia.com/blog/chirality-in-space-cosmic-asymmetry-and-the-origins-of-life/

    Our blue sky is an example of natural light polarization by dust particles, which you can observe through polarized sunglasses. The polarization is strongest at a right angle to the sun. Polarized glasses can minimize glare because the sun's low angle reflection from a car hood or water is
    polarized.

    https://www.polarization.com/sky/sky.html

    The history of science has shown that Aristotle was wrong, his preference
    for theory over experiment stifled scientific progress for ~2000 years, we don't understand things until we can precisely measure them. Thus we still guess about dark energy and matter to explain conflicting observations
    beyond our reach. The enablers of modern science are precision instruments; the weighing balance, chronometer clock to measure time intervals and instrument screw thread to measure distance and angle.

    https://en.wikipedia.org/wiki/Screw-cutting_lathe
    "The first truly modern screw-cutting lathe was likely constructed by Jesse Ramsden in 1775."


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