griffithsuk

yea, petrol lifting tech. Spinning does not produce gravity? I thought it did, what am i playing with then?

It's a party trick that works. It won't fly off as long as you don't accelerate more than what the friction keeps it back, other than that you can spin around as fast as you like seriously, im getting good at at. Im either producing gravity, circles are magical things or theres a new type of physical relativity thing going on here? Things relative to each other has some sort of effect? Or something to do with inertia? Something to think about here... It's a party trick like resting one side of a bike wheels spindle on your finger and giving the wheel a spin, it works! Guess I should say a party fact not trick. You got it! If your not at arms length it's a bit easyier though as it's not so sensitive. Physical Relativity! I think!

The main purpose of this thread is to put AN idea across, you never know, might of given someone ideas.

All I know is i would rather have something working for me than me doing all the work, else we would not of invented tractors.

I was thinking that too.Same as spining a bucket full of water around.

so they walk on the outer rim anyway? thats how it works?

Thnks but can you walk on the ceiling.

If spining produces gravity, can a person walk on the ceiing of a space station?

Interesting stuff. If it was from a previous star, them im guessing the mixture was the same throughout, why do the planets look so different?

thank you. Not sure though. gravity must drag else there would be a problem with people walking with/in the space station, it's not friction.

Just a guess really jupiter really does stand out compared to the others, what happened in history to get that big? Another theory of mine, matter from the planets came from the sun. matter collects together close to the sun producing a new planet. and pushes the other older planets outwards. I think theres a lot of history here.Like rings in grain of wood we have different matter from the sun at different times of it's life producing different planets maybe? If were traveling to mars for whichever reasons, thats related to the past. Venus will be the future.

im quite sure anything you shoot up returns exactly to its start point. Gravity pulls down and also drags around. Aas I said, Double wammy! gravity must drag else there would be a problem with people walking with/in the space station, it's not friction. Night all.

we would have terrible weather then. and if i threw a ball up then it would land somewhere else. None of this is true, im sure of this. if i shot a gun directly up in the air with no wind, the bullet would return exactly back down the barrel in "perfect theory".

I don't know ,the sky is pretty blue so say 20-50 times more?no way you can look at the sun in space without a visor.Burn your face off mate, something like 2000 deg

It must else it would not return to its start point. The further out you go the faster it spins with the planet above it's start point, as it does.

Ok, fair, what feels strange though is the rocket on earth is at the rotation speed of the planet, when i fly off why would the rotation speed of the rocket increase to stay directly above its start point? there must be some drag going on here for the rocket to return exactly (atomic accuracy) to its start point if I stoped its thrust and it fell back down. In theory that is. In fact the rotation speed of the rocket must decrease on return. Something to think about too. There must be drag for all this to happen. Im confident now. Double wammy! gravity must drag else there would be a problem with people walking with/in the space station, it's not friction.

True, modern theory is it will spin forever(might not be true though, we may slow down due to anything yet not known) so your saying that air is orbiting the earth? and an object to maintain an orbit with earth needs to be at the same rotation speed as earth? lets pretend theres is or is not air as this does not matter, correct? A final answer I need is this: I have a rocket, i shoot streight up, im still spining around with the planet. I fly towards the sun. Sometime later Im somewhere between the gravity of the sun and earth, im in limbo. I carry on im now in the pull of the suns gravity. A. Do I start to spin with the sun? and if turn around back towards the earth, i will start to spin with the earth? Or B. Do i not start to spin with the sun? and if turn around back towards the earth, i will not start to spin with the earth? If it's 'A' then gravity drags, else if it's 'B' then im just wasting peoples time on this one.

2-3 mile high posts could be built with long cables just like holding up a tent post. these cables are also electrical cables. Aa masive magnifying glass and miror network ontop out in outer space with solar cells. That is what we should be aiming for. Easyier than eternity growing biofuel.

One day people may believe in my ideas. yes it can stay still in relation with the planet. how? because gravity also drags!

then what about the hot air baloon? this gravity drags works with atomic precision else we would of noticed it's effect. just a far off idea, where these 2 gravities meet there could be a reaction, is there energy there we can harnest? (GRE) Gravities reaction Energy! could build a G.R.E.E.N Gravities Reaction Energy Enabled Network. Im getting good at this.

im spinning quite fast mate. have a practice with different objects. different weights.

Thats fine. gravity drags the air around too.

ive just read a bit. if you have a spinning wheel in space and an object is attached to it and it gets released, it goes in an exact streight line. Or if this is not so, its called Coriolis_effect? thing is though, in my "Griffith's Circle" experiment http://www.sciencefo...e-is-my-circle/ when it does fly off its in an exact streight line(atleast it looks that way) what keeps hot air baloons going around with the planet? "Gravity also drags?"! It's all too exact to say that gravity does not drag. Now this could be geting interesting. A mate told me today my own theory "Are we faling through space?" that was amasing, so strange.

enertia is in a line, but the planet is spining, going what you just said, think we would of noticed that things dont fall exactly where there suposed to.

Now im more confused. But ill leave you all to chat if you like with my "gravity also drags". night. If you drop an object here on earth, it gets draged around with the planets spin(we know this because when we drop something it falls exactly where we expect it to even though the planet is spinning), at what distance does this happen? is this drag relevant to the moon? Im honistly starting to believe in two gravities?