Re:
https://www.youtube.com/watch?v=VCEekFXvdg4
"Ancient city on Mars destroyed by thermonuclear attack revealed"

Interestingly, Perplexity was already aware of these Mars hypotheses:
Re:
https://www.perplexity.ai/
Q: Can a thermonuclear explosion occur naturally on a planet in this solar system?
"Based on the available scientific evidence, it is highly unlikely that a thermonuclear explosion could occur naturally on any planet in our solar system.
The main reasons for this are:
Critical mass requirements: Nuclear explosions require a precise assembly of fissile material to reach critical mass quickly.
This is extremely difficult to achieve naturally.
Engineering precision: Even simple fission bombs require complex engineering and precise conditions that are unlikely to occur spontaneously in nature.
Lack of evidence: While there have been hypotheses about natural nuclear reactors on Mars, there is no concrete evidence of large-scale natural nuclear explosions on any planet in our solar system.
That said, there are a few related phenomena worth noting:
Natural nuclear reactors: Earth has produced small-scale natural nuclear fission reactors in the past, like the Oklo reactor in Gabon.
However, these operated at low power over long periods and did not result in explosions.
Mars hypothesis: Some researchers have proposed a hypothesis about a large natural paleo-nuclear reactor on Mars to explain certain isotopic anomalies. However, this remains highly speculative and lacks strong supporting evidence.
Cosmic events: While not thermonuclear in nature, other energetic events like large meteor impacts or supernovae can release enormous amounts of energy comparable to nuclear explosions.
It's important to note that the conditions required for thermonuclear explosions are extremely specific and typically require human intervention to create. The natural occurrence of such an event on a planet in our solar system is considered virtually impossible based on our current understanding of physics and planetary science."

These Mars hypotheses again beg the question "Why would life purposely exist on other planets?"
... especially considering 15:6.15: "In your solar system only three planets are at present suited to harbor life.
Urantia, in size, density, and location, is in many respects ideal for human habitation."
Q: Of the planets in this solar system, is the earth best suited for human life?
"Based on our current scientific understanding,
Earth is indeed the best suited planet for human life in our solar system. Here's why:
Habitable conditions: Earth is the only planet in our solar system known to have the right combination of temperature, atmosphere, and liquid water on its surface to support complex life forms like humans.
Atmosphere: Earth's atmosphere contains the right mix of gases, including oxygen, which is crucial for human respiration.
It also protects us from harmful solar radiation.
Water: Earth has abundant liquid water on its surface, which is essential for life as we know it.
Temperature: Earth's distance from the Sun allows for a temperature range that supports liquid water and complex biological processes.
Magnetic field: Earth's magnetic field protects us from harmful solar radiation and helps retain our atmosphere.
Stable climate: Earth's climate, while changing, has been relatively stable over long periods, allowing for the evolution of complex life forms.
Gravity: Earth's gravity is suitable for human physiology and the development of complex organisms.
Ozone layer: The ozone layer in Earth's stratosphere protects life from harmful ultraviolet radiation.
Other planets in our solar system have extreme conditions that make them inhospitable for human life: Mercury and Venus are too hot; Mars is too cold and lacks a substantial atmosphere; The gas giants (Jupiter, Saturn, Uranus, Neptune) lack solid surfaces and have extreme atmospheric conditions.
While there's speculation about potential microbial life on other bodies in our solar system (e.g., Mars, Europa, Titan),
Earth remains uniquely suited for complex life forms like humans. The combination of factors that make Earth habitable is often referred to as
the "Goldilocks" condition - not too hot, not too cold, but just right for life as we know it."
Rod
