Shambolic wrote:

[Where have you read/heard the term "gyroscopic gravity"?]

---------------------------------------------------------
At the University.

Consider this:

Where our sidereal system is situated in the galaxy, (33,000 light years from the galactic centre) we are moving at 500,000 mph in the direction in which the cartwheel is taking us.

That distance from the centre is so great however, and the time taken to circumnavigate the galaxy (226 million years,) is so colossal, that if you were able to look down upon it with the naked eye, you could not see it moving, and yet locally ( where the stars and planets are) that velocity is real, and the effects of it are real.

That velocity, the rotation of the cartwheel, is stage one of the giro (the principal)

Look at the galaxy in a different light - as a massive centrifuge. If you dropped something with mass into it, that mass, in normal circumstances should immediately be thrown to the outer shell, but seeing that the galaxy has no shell, that mass should be flung out into the infinity of space. But this is not so. Something prevents that from happening. What is it - It is the other stages that make up the gyro. Something that happens locally. Something that harnesses the velocity of the principal and causes an interaction to take place. That interaction takes place wherever a sidereal system happens to be.

While our sidereal system is being carried around the galaxy at the velocity of the principal, our planet is in motion around our star at 78,000 mph over a period of 365 +1/4 days. 25% of that time it is traveling in the same direction as the rotation of the galaxy, and the remainder of time it it traveling in opposite directions, setting up stage two of the giro. Stage three, the final stage, is the rotation of the Earth , once again creating pro and opposite directions in relation to the direction of galactic motion, and its orbit around our star as it rotates on its axis every 24 hours.

That creates the gyroscope and the gravity what keeps us in place. Gyroscopic gravity.

Our Galaxy is full of countess billions of these gyros, all contributing to the stability of the galactic structure.

This is one reason that Astronomers believe life is elsewhere in our Galaxy, because we know there are myriads of sidereal systems, and now we are finding them everywhere.

Glactus
__________________
You are a child of the Universe, no less than the trees and the stars

Where did I say that they are moving in a circular motion.

Glactus
__________________
You are a child of the Universe, no less than the trees and the stars

Don't worry too much.

There are another seven planets all contributing to the stabilizing system and all are not in circular orbit around our star as it oscillates through the 12 constellations of the Zodiac as well as a small part of Ophiuchus every twelve months. Take Mars for instance.

Just now Mars is a long way away from us, but in August 2082, it will be at a distance of only 34.7 million miles, the closest is is going to get for a long time, so you can put your money on an attempt by humankind to make a landing around that time of a bit before, but not too much.

Because of the duration of the voyage and the complexity of life support systems, having Mars as close as possible would be advantageous and naturally part of their calculations.

Glactus
__________________
You are a child of the Universe, no less than the trees and the stars

Actually Glactus Mars is not currently too far away from us as (timely reminder) it reaches opposition on Christmas Eve. I concede though that this opposition won't be as close as, say, the last two have been.
__________________
All Men are Born Idle
Some Just Kill Time by Working!

Skype bigdipperandy

I have a question.., we can compress H, O, He and etc., right? (ok, the Earth, Sun, the planets in all uses matter through which the object can collect the electrons, and if the object is active in its core then we have an active magnetic field and the effect.
The Earth or what ever, have a crust/outer lair, right? now this may give electrons a hard time to escape. that mean that we may have a work function upon the crust, as a work function of moving magnet in the copper tube (the moving magnetic body slows down because of the movement of the electrons between two bodies do to work function of the field and property deferents between them two)
Now, here is the question: if we heat up some heavy stuff, then we use magnetic force to compress it with combination of electron flow. every thing done in vacuum with plating (as crust)and some micro waves to stimulate the center of the compressed object. Could it work?

(this is just a hypothetical question)

Gravity is synonimous with matter so we all make gravity naturally its just so small that its unnoticable.

Method 1: Conventional
To make gravity you will need matter, something the matter of the moon would siffice. However the moons density and composition is not optimized. The periodic table tells that Iridium is the most dense element and thus the best for producing gravity, enough iridium and compression and gravity is relative. With enough refinement perhaps you could get something equivilant to the moons gravity in say the size of Tasmania. But that heaps of gravity and Tasmanians would not enjoy being hard pressed against an highly compressed Iridium block. So its unknown which is not ideal.

Method 2: Natural
To make decent amounts of gravity you must start a physical reaction that causes a clump of matter to react into singularity. This is the process of star dying where the mass collapses from its own gravity. This produces a black hole when the gravity is suffienct enough.

Method 3: Mine It
Mine a dwarf star that has collasped but is not a black hole. A teaspoon of the stuff will weight about 5 and half tons on earth. Approximately 100 cubit metres of the stuff will be ample enough to create suffficient gravity to cater for the electricity needs to the entire earth indefintely.

Latest I have heard is that the LHC has produced black holes which instantaously disappear as per Hawking radiation.

The Prospects of Man-made Gravity
This is cool because gravity is a force, thus it will create movement. So it has plenty of applications such as propulsion, motors for machinery etc, basically anything that requires movement to operate.

1) Gravity Based Electric Generator
- Fuel the Earth Indeintely
- Emission Free
- Naturally used in Tidal Power Generators.