The health maybe about 140000. Here’s all the attacks at 100% difficulty
1) Balls shoot
Four balls will be summoned, and be shooted to the player’s position.
2) Shoot to the goal
Five goal like object will be summoned in a random place near the side of the screen.
3) Slide
The boss will do a quick slide from the top to the bottom of the screen while aiming to the player, then bounce up and repeat again. Despite the gif only show 2 times but the attacks are repeated for 5 times.
4) Superslide
The boss will exit outside of the screen, and then four warning line will appear respectively before the boss slide in.
Note: All the attacks are not necessarily followed the same order like 1 - 2 - 3 - 4, as they happen randomly.
I’m about to end my idea here. Put your thought in the comment section! :>
Traveling faster than the speed of light, particularly at a factor of four times the speed of light (4c), introduces even more speculative and hypothetical scenarios based on our current understanding of physics. Here’s a list of what might happen or the implications of such travel:
Violation of Relativity: According to Einstein’s theory of relativity, nothing with mass can exceed the speed of light. If you were to travel at 4c, it would fundamentally violate these established principles, suggesting that our understanding of physics would need significant revision.
Causality Breakdown: Traveling faster than light could lead to situations where cause and effect become reversed or ambiguous. For example, events could appear to occur before their causes, leading to paradoxes.
Tachyons: Theoretical particles called tachyons are hypothesized to move faster than light. If they exist, they would have imaginary mass and could travel backward in time. However, no experimental evidence supports their existence.
Time Travel Implications: If one could travel faster than light, it might allow for time travel to the past, raising paradoxes such as the famous “grandfather paradox,” where a time traveler could potentially prevent their own existence.
Energy Requirements: Accelerating to speeds faster than light would imply infinite energy requirements, similar to the scenario for reaching light speed. The feasibility of such travel remains highly questionable.
Perception of Time and Space: At speeds greater than light, the conventional understanding of time and space could break down. Time might not flow in a linear fashion, and distances could become non-intuitive.
Interstellar Communication: If faster-than-light travel were possible, it might revolutionize how we communicate and interact across vast distances in space. However, it could also complicate interactions with civilizations that might exist in different time frames.
Unpredictable Effects on Matter: Traveling at such speeds could lead to unknown physical effects on the structure of matter, possibly causing it to behave unpredictably due to the extreme conditions involved.
In summary, while the concept of traveling at 4c is fascinating, it remains speculative and presents numerous theoretical challenges that would necessitate a reevaluation of our understanding of physics. As of now, no evidence supports the possibility of faster-than-light travel.
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