A New Jersey neighbor kept the remains of a meteorite in glass jars. This gesture has given us new clues about the origin of life on Earth

On July 19, 2026, a meteorite shook New York City: Ferrán Torres’ goal in the 106th minute, against the Argentina team. Well, okay, it wasn’t a meteorite, although for many, the emotional shock wave was comparable to the physical shock wave left in its wake by the meteorite that did shake the city of the Statue of Liberty two years earlier, on July 16, 2024. That asteroid fragment broke up 35 kilometers away, releasing a multitude of debris that fell unseen in various parts of the state of New Jersey. One of them, weighing almost 1 kg, went through the roof of a house in the town of Hillsborough. Two years later, an international team of scientists has published the analysis of the composition of the New York meteorite. It is a very rare type of meteorite, known as a CM ½ carbonaceous chondrite and is characterized, among other things, because it can provide a window into the history of the origin of life on Earth. A very rare type of meteorite. The meteorite is a carbonaceous chondrite. That is, a fragment of a primitive objectrich in carbon, which can be associated with different organic molecules. Generally, these meteorites are classified according to their degree of aqueous alteration. The lower the number, the more water has altered its structure in the original object from which it came. The carbonaceous chondrites that have fallen most abundantly on Earth in the form of meteorites are those of type CM 2. 20 have been documented. Of type CM 1, none are known. However, there is an iconocidal range such as CM ½, which is in the middle and had been previously found, in a meteorite that fell in 2020 in Indonesia. The Hillsborough meteorite, therefore, has been the second, but also the best preserved, thanks to the quick intervention of the owner of the house in which it fell. A hole in the roof and the smell of sulfur. The Hillsborough meteorite is actually one of many fragments left after a larger rock broke apart 35 kilometers up. He fell with such force that he managed to break through the ceiling, landing in the main bedroom of the house. Its owner stated that, upon entering his room, he saw a hole in the ceiling and he smelled a strong smell of sulfur. He then found his bed and carpet covered in debris and black dust. He decided to put on some gloves and store all the debris in glass jars with aluminum foil. Thanks to their quick and scrupulous action, the scientists were able to analyze the meteorite as intact as possible. Following the path of the Hillsborough meteorite. Before falling in Hillsborough, the meteorite crossed the skies of New York and other cities in the United States. 60 observersspread across the states of New York, New Jersey, Connecticut, Rhode Island and Pennsylvania, reported seeing them to the American Meteor Society. Additionally, 16 others in New York and New Jersey said they felt the shock wave. Taking into account all these testimonies, plus the detections from astronomical observatories, it was possible to follow its trajectory to the lower asteroid belt. Ingredients for life. We have already seen that this was a CM ½ emteorite. However, a more detailed analysis of the meteorite allowed us to find some fragments of CM1 rich in salts inside. This indicates that it was formed in some area of ​​the surface of the parent asteroid where liquid water evaporated and salts were concentrated. It is known that the high concentration of salt in saline fluids can create molecules crucial for life on Earth. In fact, many studies suggest that, in the past, CM carbonaceous chondrites delivered to Earth some of the ingredients that gave rise to life. That’s why the Hillsborough meteorite is so interesting. At the moment, it has been seen to have 1.8% by weight of carbon and 0.07% of nitrogen, in addition to carbon and nitrogen isotopes typical of CM type meteorites. A more detailed analysis of the latter will help understand the extent to which these objects helped life proliferate on our planet. The owner of the house was not aware when he saw that hole in the roof that it not only had a huge leak. I was also looking at a window to the past. Image| SETI In Xataka | The ship that collected the Bennu samples is now flying towards Apophis, the asteroid that will pass just 38,000 km from Earth

In 1955, someone secretly stole Einstein’s brain and stored it in mayonnaise jars. That was just the beginning

Seven hours after Albert Einstein’s death, Thomas Harvey was preparing to perform an autopsy on the body at the Priceton Hospital morgue. It was April 18, 1955 and Otto Nathan, friend and executor of the famous physicist, was present: old Albert had become in the “greatest rock star of the 20th century”but he wanted the cult of his person to end there. The pathologist would perform the autopsy, the family would collect the body and secretly cremate it before scattering its ashes in the Delaware River. And so it was. Or, well, that’s what the family believed. Not in my lair. Because inadvertently, without prior documented permission and as quickly as he could, Thomas Harvey removed Einstein’s brain and kept it (in a jar full of formaldehyde). At first he kept it a secret, but no one steals the brain of the great genius of the 20th century to keep it a secret. The news, in a matter of hours, spread like wildfire. And, in fact, on the 20th the New York Times posted that something was happening with the brain. The family panicked, but shortly before publication (and following a fait accompli policy) Harvey managed to convince Hans Albert Einstein, the eldest son, to give him retrospective permission. I imagine Hans didn’t have much room for maneuver: Harvey had the brain in his possession. It was ‘give him permission’ or, perhaps, lose him forever. Einstein’s son set conditions, of course: the main one is that the organ be used for scientific purposes. It wasn’t going to be possible either. Especially because Harvey ‘fell in love’ with the brain and, despite Princeton Hospital’s efforts to have him deposit it, the pathologist repeatedly refused. To the point where, at the end of the year, he is fired. That’s when he took the brain to the University of Pennsylvania and, in a friend’s lab, divided it into about 240 pieces and created 12 sets of slides. Fired and sidelined, Harvey sent 42 of the samples to different forensic experts and neurologists for investigation. That was their plan to return through the front door: the majority did not respond and those who did did not find anything notable. So things really started to go wrong. As a result of his stubbornness, his marriage breaks down. At some point in the 1960s, divorce forces him to take the glass jars containing his brain out of the basement and go to the Midwest. And, deep down, he was lucky. On the one hand, none of the affected institutions wanted to speak publicly about this so as not to compromise their prestige. On the other hand, the courts were not as involved in American life, nor did information flow with the same ease. So found a job in Wichita and he kept the brain in the same refrigerator where he had the beer. Until someone finds it. That someone is Steven Levy, a journalist for New Jersey Monthly. In August 1978, Levy told your brain search of the physical. When she found him in Kansas, Harvey didn’t want to talk, but he quickly loosened his tongue. And, of course, it was a scandal. Throughout the 1980s, he sent samples to some researchers (a Marian Diamond, Berkeley neuroanatomistsent him four samples in a mayonnaise jar), but his ambition was to study it himself in his free time. Things get complicated. Because at the end of the 80s, Harvey lost his license and moved to Lawrence, Kansas, to work in a plastic extrusion factory. He spends his nights getting drunk with William S. Burroughs and welcoming those who come to see him. Convinced by journalists, he did a lot of strange things: from cutting pieces on a cheese board to taking, now in his eighties, a trip to California to talk to Einstein’s granddaughter. Finally, between 1998 and 2007 (when Harvey died), was donating parts from the brain to Princeton Hospital. However, that is the most interesting thing we have been able to get out of this organ of contention: its delirious history is more interesting than what scientists have been able to get out of it. Something that reminds us of a phrase normally attributed to Richard Feynman: “it’s worth having an open mind, but not so much that your brain falls out” (or has it stolen). Image | Taton Moise In Xataka | Einstein’s first violin had passed unnoticed. Until an auction house put it up for sale.

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