Meteor And Extremophile Bacteria

Question: Suppose a meteor impact blows some extremophile bacteria from the Earth into the depths of a gas giant planet called planet X , where they evolve into an intelligent species which practises physics. Do you think their physical theories would be similar to ours, and if so in what ways would they be likely to be similar?
Your answer will necessarily involve some speculation, but make sure it involves some careful argument as well.
Theoretical physics is one of many braches of physics that uses different abstractions of physical things as well as mathematical models to rationalise and predict certain phenomena. Hypothetically, if a meteor impacted the earth at such a force to blow extremophile bacteria into space deep enough to get caught in the depths of a gas giant planet, called planet X. Then evolved the intelligence to a point in which they were able to practice physics, it would be intriguing to see if their physical theories were similar as well as what they did with it (Grossman, 2017).
Extremophile bacteria are “organism that thrives in physically or geochemically extreme conditions that are detrimental to most life on Earth” (What Are Extremophiles? | Las Cumbres Observatory, 2017) therefore once they have settled in, in some manner to planet X they would have to face similar
This could be as simple as the conservation of momentum law which states that “stating that the total linear momentum of a closed system remains constant through time, regardless of other possible changes within the system” this is the case for humans on earth, however when the bacteria get the same results they may state something such as when you have a given system, the acceleration of the centre mass never occurs (Zurek,