Harvard’s physicist says that the mysterious interstellar object could be a nuclear spacecraft

A Harvard physicist who sounded the alarm earlier this month on a rare interstellar object that passes through our solar system, suggesting that it could be more than a kite, now says that it could even be a nuclear spacecraft.

The object, 3I/Atlas, was first detected in early July by an asteroid terrestrial impact telescope of the alert system (Atlas) in Chile. According to NASA, observe only the third time that an interstellar object has been observed that enters our solar system, according to NASA.

While NASA classified the object as a kite, Dr. Avi Loeb said that an image showed an unexpected glow in front of the object instead of continuing behind him, something he called “quite surprising.”

In a blog post this week, Loeb wrote that the object’s brightness profile cannot be explained by the reflection of sunlight or standard commentar.

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Instead, he suggested, 3i/Atlas could be generating his own light, possibly from nuclear energy.

“Alternatively, 3i/Atlas could be a spacecraft fueled by nuclear energy, and the dust emitted from its frontal surface could be made of land that accumulated on its surface during its interstellar trip,” Loeb wrote. “This cannot be ruled out, but it requires better evidence to be viable.”

Loeb ruled out other sources of natural power. A primary black hole, he said, would generate only about 20 nanocatians, too weak. A radioactive fragment of a Supernova was very unlikely given its rarity, and the friction warming of interstellar gas and dust were discarded by impulse and density restrictions.

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That leaves the simplest explanation: a central, compact and high power source. The most natural way of achieving luminosity at the gigavatio level observed, said Loeb, would be nuclear energy.

Even so, Loeb does not affirm that the object has nuclear energy. It emphasizes that there is only a possible interpretation if natural models fail, and demonstrate that it would require more evidence.

It is estimated that 3i/Atlas has about 20 kilometers wide, larger than Manhattan.

Loeb has also asked questions about his unusual career.

“If you imagine that the objects enter the solar system from random directions, only one in 500 of them would be very good with the orbits of the planets,” Loeb told News Digital earlier this month.

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It is also expected that the interstellar object, which comes from the center of the Milky Way, passes near Mars, Venus and Jupiter, another unlikely coincidence, he said.

“It also approaches each of them, with a probability of one by 20,000,” he said.

According to NASA, 3i/Atlas will reach its point closest to the Sun, about 130 million miles away, on October 30.

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“If it turns out to be technological, it would obviously have a great impact on the future of humanity,” Loeb said. “We have to decide how to respond to that.”

Sophia Compton of News Digital contributed to this report.