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Chemist, what has not been made got to do with anything? You don't have to actually build it to apply for patent.
Quote from: paulggriffiths on 27/09/2017 22:07:18Chemist, what has not been made got to do with anything? You don't have to actually build it to apply for patent.If it's never made, it's not useful. If it's not useful, what do you want credit for?
Quote from: Bored chemist on 28/09/2017 19:35:56Quote from: paulggriffiths on 27/09/2017 22:07:18Chemist, what has not been made got to do with anything? You don't have to actually build it to apply for patent.If it's never made, it's not useful. If it's not useful, what do you want credit for?How can you not give me credit for 50 inventions that can be built?Light speed in 35 days.Where is any of my math is wrong?Yea, I'm sure Newton had doubters and Einstein is seen as so bloody clever...but never traveled in space.
Light speed in 35 days.Where is any of my math is wrong?
Quote from: paulggriffiths on 28/09/2017 20:59:01Light speed in 35 days.Where is any of my math is wrong?According to known physics, no ship can reach the speed of light at all, much less in 35 days. So how does your engine work?
How is it "known?"
If objects don't slow down in space, what's preventing them from speeding up? Wouldn't it make the object slow down?
Light can, so why can't us?
A clock traveling in space slows down, that may happen but does not mean time for the universe slowed down, it is just a physical thing. Would the person holding the clock get more done? No.If speeding up means you slow down then you wouldn't move at all. You can speed up...So traveling in space does not take long, isn't that a good thing?OK, the idea is if you travel at the speed of light time for you stops. Is that true though? What if you go faster than the speed of light and time speeds up? 1 hour you time will be 1 minute universe time, and you get a lot done.If you are completely still in space, does your time go at infinity? Does that mean the universe time stops?Should I test traveling to and beyond the speed of light with an automated ship?So my ship on earth oscillates at 10 hz. And at the speed of light it would be 0 hz. What is the curve? Linear, exponential or something else?The problem with exponential is it's a math formula invented by man and how can it apply to the real universe?11 * 2 = 22 * 2 = 44 * 2 = 88 * 2 = 16Now other than that math, give me something else that will create the same results.I'm not doing all the work here because I need a crew.What is universe time compared to earth?What is my ships oscillation speed at half speed of light? If it changes? If the clock slows down then presuming it does too. At the speed of light it stops all together but hits a speck of dust and slows down a bit and does the engine continue with it's full momentum or ? Will it need a reset motor? And how long will that take?
How can you not give me credit for 50 inventions that can be built?Light speed in 35 days.Where is any of my math is wrong?
Quote from: paulggriffiths on 29/09/2017 07:43:57How is it "known?"Even in particle accelerators we can't get particles with mass all the way up to the speed of light. It's in perfect accordance with special relativity.QuoteIf objects don't slow down in space, what's preventing them from speeding up? Wouldn't it make the object slow down?You can speed up, sure. However, it becomes increasingly difficult to increase your speed as you near the speed of light because your mass increases. Your mass approaches infinity as your speed approaches that of light. That's why you can never put enough kinetic energy into your ship to reach the speed of light.QuoteLight can, so why can't us?Unlike a spaceship, light doesn't have mass.QuoteA clock traveling in space slows down, that may happen but does not mean time for the universe slowed down, it is just a physical thing. Would the person holding the clock get more done? No.If speeding up means you slow down then you wouldn't move at all. You can speed up...So traveling in space does not take long, isn't that a good thing?OK, the idea is if you travel at the speed of light time for you stops. Is that true though? What if you go faster than the speed of light and time speeds up? 1 hour you time will be 1 minute universe time, and you get a lot done.If you are completely still in space, does your time go at infinity? Does that mean the universe time stops?Should I test traveling to and beyond the speed of light with an automated ship?So my ship on earth oscillates at 10 hz. And at the speed of light it would be 0 hz. What is the curve? Linear, exponential or something else?The problem with exponential is it's a math formula invented by man and how can it apply to the real universe?11 * 2 = 22 * 2 = 44 * 2 = 88 * 2 = 16Now other than that math, give me something else that will create the same results.I'm not doing all the work here because I need a crew.What is universe time compared to earth?What is my ships oscillation speed at half speed of light? If it changes? If the clock slows down then presuming it does too. At the speed of light it stops all together but hits a speck of dust and slows down a bit and does the engine continue with it's full momentum or ? Will it need a reset motor? And how long will that take?In all of that, I didn't see a description of how your engine works.
Quote from: paulggriffiths on 28/09/2017 20:59:01How can you not give me credit for 50 inventions that can be built?Light speed in 35 days.Where is any of my math is wrong?You need to show that they can be built.Since light speed for any ship is impossible I think we can probably ignore the other 49- unless one of them was coloured tread indicators for tyres in which case we can ignore 48 and point out that you didn't invent one.
Your glowing with arrogance. But you're not the brightest bulb on the Christmas tree and possibly a fairy. Face to face I would probably wind you up until the spring breaks.
I have though of the idea that particles spin, so if accelerated to speed of light do they spin more slowly and thus lose mass? Yes I know said have no mass, so do they become -mass?
E=MC2If I fire a 10 gram object at 1 meter a second at a 10 gram pendulum it will swing to X distance.Fire 10 gram object at 2 meters a second will swing at X?I'm presuming a test like this was performed? Any info?