Anonymous
(ID: 1DYHXz+n)
10/19/2025, 10:30:01 PM
No.519308610
[Report]
>>519308691
>>519308765
>>519308770
>>519308905
>>519309056
>>519309127
>>519309200
>>519309909
10/19/2025, 10:30:01 PM
No.519308610
[Report]
>>519308691
>>519308765
>>519308770
>>519308905
>>519309056
>>519309127
>>519309200
>>519309909
spaceship or asteroid
coming in 21 october
3I/Atlas is in solar conjunction 48 hours from now
https://avi-loeb.medium.com/the-imminent-solar-conjunction-of-3i-atlas-264a6ccd441c
In astronautics, the optimal point for a maneuver to speed up or slow-down a spacecraft is at closest approach to a massive object. An impulse in the direction of the peak velocity or opposite to it, would maximize the gain or loss of kinetic energy.
As a result of this so-called Oberth effect, it is most energy-efficient for a spacecraft engine to burn its fuel when its orbital velocity is greatest. The velocity impulse from gas escaping the exhaust is analogous to the so-called Hills mechanism for the production of hypervelocity stars out of the tidal breakup of a binary star system by a supermassive black hole.
If 3I/ATLAS is a massive mothership, it will likely continue along its original gravitational path and ultimately exit the Solar system. In that case, the Oberth maneuver might apply to the mini-probes it releases at perihelion towards Solar system planets.
When will 3I/ATLAS reach the optimal time for these Oberth maneuvers? Only 8 days after it reaches solar conjunction. On October 29, 2025, 3I/ATLAS will reach a perihelion distance of 203 million kilometers. This opportune time happens to be during the same period when it is hidden from view to Earth-based telescopes. Was this a mere coincidence or a result of orbital design and basic astronautics?
Given the minimum diameter of 5 kilometers for 3I/ATLAS, the solar illumination at perihelion would deliver more than 33 gigawatts of power to its surface, namely at least a third of the total power generated by 94 operating commercial nuclear reactors in the U.S. — the largest producer of nuclear power in the world. Alien tech masquerading as a natural comet? Halloween will be on October 31, 2025, two days after the perihelion date of 3I/ATLAS.
3I/Atlas is in solar conjunction 48 hours from now
https://avi-loeb.medium.com/the-imminent-solar-conjunction-of-3i-atlas-264a6ccd441c
In astronautics, the optimal point for a maneuver to speed up or slow-down a spacecraft is at closest approach to a massive object. An impulse in the direction of the peak velocity or opposite to it, would maximize the gain or loss of kinetic energy.
As a result of this so-called Oberth effect, it is most energy-efficient for a spacecraft engine to burn its fuel when its orbital velocity is greatest. The velocity impulse from gas escaping the exhaust is analogous to the so-called Hills mechanism for the production of hypervelocity stars out of the tidal breakup of a binary star system by a supermassive black hole.
If 3I/ATLAS is a massive mothership, it will likely continue along its original gravitational path and ultimately exit the Solar system. In that case, the Oberth maneuver might apply to the mini-probes it releases at perihelion towards Solar system planets.
When will 3I/ATLAS reach the optimal time for these Oberth maneuvers? Only 8 days after it reaches solar conjunction. On October 29, 2025, 3I/ATLAS will reach a perihelion distance of 203 million kilometers. This opportune time happens to be during the same period when it is hidden from view to Earth-based telescopes. Was this a mere coincidence or a result of orbital design and basic astronautics?
Given the minimum diameter of 5 kilometers for 3I/ATLAS, the solar illumination at perihelion would deliver more than 33 gigawatts of power to its surface, namely at least a third of the total power generated by 94 operating commercial nuclear reactors in the U.S. — the largest producer of nuclear power in the world. Alien tech masquerading as a natural comet? Halloween will be on October 31, 2025, two days after the perihelion date of 3I/ATLAS.
