The ultimate solution to the big problem of the space industry will be the speed of light. Undoubtedly, half of the space exploration issues faced by companies like Elon Musk’s SpaceX will be addressed because the company will no longer spend as much on energy fluids from methane to power rockets.
New science delves deeper into findings that may lead us to believe that objects can travel at the speed of light in space. This seems like an easy solution. The story changes when the theory of humans moving at the speed of light becomes too complicated for scientists.
Even Albert Einstein, the most famous theoretical physicist of all time, who invented the theory of relativity and quantum physics, demonstrated that it is impossible to travel at the speed of light.
Scientists who have spent many sleepless nights are discovering many conceivable ways that objects can be moved through space at the speed of light. They have found what can come close to feasibility. Do you understand what I mean by the speed of light in this context? Let me sum it up to the speed of light as described.
When your car headlight hits an object in front of you as soon as it flashes you will see it is moving faster than the speed of light it takes you to blink your eye this is what i am about Talking about when humanity is the speed of light if the engine got advanced enough to be able to explore so many previously unseen areas that it would be insane.
We are approaching a stage of development. We must consider that many sci-fi situations are more accurate than the “reality” that our five senses enable us to see. Let’s take a look at the idea first; Many space companies would prefer to adopt any viable and safe means of lightspeed travel.
Is it possible to develop a sophisticated spacecraft that can fly across the universe 1 light year per day in the future? And that’s all I can say in answer to this question: traveling faster than light requires technology that we don’t currently have but that could one day in the future make us an engine that runs so fast.
It will be like no other engine in the market today. Why? Because we need to develop new technology to bypass the Lorentz factor. You have to overcome the Lorentz factor difficulty for it to travel faster than light. Simply put, the Lorentz factor is a number that increases as your speed increases.
The Lorentz factor describes how much energy is needed for an object to reach the speed of light. The Lorentz factor is low for everyday objects. It accelerates for high-speed objects. The Lorentz factor of an object occurs exactly when it is at rest.
You don’t need much energy to move something. However, if you have a spacecraft traveling at half the speed of light, the Lorentz factor increases to 1.15, which means you would need 15% more energy than a spacecraft at rest.
If you accelerate one spacecraft from rest by a certain amount and then accelerate another spacecraft by the same amount, but it is already traveling at half the speed of light, then the faster ship will aim for the same target. will be quick. Achieving this would require 15% more energy, simply because its speed is closer to the speed of light, relative to whatever you’re measuring. For practical purposes, the Lorentz factor can be neglected.