After her son Benjamin passed away, Lisa Marie Presley kept his body on dry ice for two months for a very heartbreaking reason. Just under four years had gone since the terrible suicide death of her son Benjamin Keough, when Lisa Marie, 54, passed away in January 2023.
Lisa Marie, the sole child of Elvis Presley, departed from her twin children, Harper and Finley Lockwood, who are 16 years old, and her daughter Riley Keough, who is a star of Daisy Jones & The Six. Riley finished a book she had written, From Here to the Great Unknown, and it was published on October 8 following her death.
In her memoir, Lisa Marie discussed Benjamin’s sudden passing in 2020 and disclosed that she had held his body for two months before burying him in a casita bedroom. As she had explained to her father, Elvis Presley, “there is no law in California that requires someone to be buried immediately,” and she felt it was important to give Benjamin the time she needed to say goodbye.
Lisa Marie was just nine years old when Elvis passed away, so having his body at home and being able to visit and talk with him had been consoling. Throughout that time, she kept Benjamin’s remains at 55 degrees while debating whether to bury him in Graceland or Hawaii.
She acknowledged in the biography, “I became so accustomed to him being there, taking care of him… I was grateful that I could continue to raise him until I was ready to say goodbye, even if it was only for a short while longer.
Earth is getting another moon at the end of this month
When the new moon begins its orbit, life as we know it is going to alter, if not permanently.
At the end of this month, another moon will momentarily arrive on Earth.
Indeed, it may seem completely absurd to write or even mention that our planet will momentarily have a new moon, but it is true.
By the end of this month, a mini-moon—a tiny asteroid—will begin its orbit around the Earth and continue until November 25.
For the next week, the asteroid known as “2024 PT5” will join our moon, which has been orbiting Earth for the past four billion years, on its trip.
“The object that is going to pay us a visit belongs to the Arjuna asteroid belt, a secondary asteroid belt made of space rocks that follow orbits very similar to that of Earth at an average distance to the sun of about 93 million miles [150 million kilometers],” Professor Carlos de la Fuente Marcos said in a statement to Space about it.The population of near-Earth objects that includes comets and asteroids includes those found in the Arjuna asteroid belt.”
Leading the study team is Marcos, who is supported by a group of scientists.
The Arjuna asteroid belt is a varied tangle of space rocks, and because of its near-Earth orbit, it is predicted to round the planet once more in January.
The tiny asteroid will move at 2,200 mph and be only 2.8 million miles from Earth, which may sound like a very long way, but in space it is actually much closer than you might imagine.
The International Space Station orbits the earth at 17,500 miles per hour to put it into perspective.
“Under these circumstances, the object’s geocentric energy may grow negative, and the object may become a temporary moon of Earth,” he said. This particular object will be subjected to this process for around two months, beginning next Monday.
Saying: “It will not follow a full orbit around Earth.”You could argue that items like 2024 PT5 are window shoppers if a genuine satellite is comparable to a consumer making a purchase inside a store.”
So how do we identify it?
Sadly, you can’t, at least not with common household objects like binoculars or a telescope your mother got you.
No, because of its size, 2024 PT5 is far more difficult to see.
Marcos went on, “Most amateur telescopes and binoculars cannot resolve the object because it is too small and dim.” But the object is well inside the brightness range of the average telescope that is used by astronomers in their profession.”A 30-inch telescope with a human eye behind it will not be sufficient to examine this object; a telescope with a minimum diameter of 30 inches and a CCD or CMOS detector are required.”
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