ELECTROGRAPPLER
I've written about my idea to achieve a rate of speed void of thrust momentum from the surface of earth to space and into deep space before, and I'm going to again.
What we have in space is a vaccuum with no air, gas (for the most part;) or atmosphere to achieve adequate thrust capability. You need a form of thrust to propel a vessel type craft in space at a rate of speed suitable to reach a destination that would otherwise seem unreachable. In space, you will be able to surmount a small amount of thrust (microthrust) but nowhere near the amount that you will need to complete a mission to a far out destination. I have been thinking about this Electrograppler idea I've been kicking around for a while. Everyone probably thinks it's stupid.
The (Low Earth Orbit) rings in structural standards will be quite small. I'm thinking cargo ships in the sea are approximately 30-45 meters in width, I think there is enough room in space for it (out of satellite traffic for crying out loud) to accommodate rings approximately 75 meters in width at the inside diameter. This will allow support for techno-advancements and growth of craft for the near-mid range future.
The rings will have to have a means of charging, and switching and rotational abilities, or pivot to propel the craft in the direction you would like it to go.
For charging, I'm thinking battery operation so long as there is a battery that can provide an equilibrium of power distribution. The batteries would need charging so accompanying the ring would be approximately 4 satellitic battery chargers to charge the rings through jagged electrical signal. The chargers would also need an equal distribution of charging energy to maintain the rings equilibrium so as to not yaw the crafts pass through, and displace the way-point. What I'm thinking for the chargers, is rest satellites, meaning that unless receiving a signal they will not emit a signal. You can use passing satellites to provoke the charge, I think.... Or there would to be a generator of some kind (hopefully perpetual motion) to charge the satellites unless, the satellites were placed as "Live" satellites meaning they carry their own energy source.
A remote switch will be needed to switch both the direction and focus of the electro magnetic energy. The purpose of the ring, is to both propel and slow the craft though the use of polarization of magnetic energy. Intensity and magnitude will be key in this roll, while throttling up (positive polarity vs negative polarity) or repulsing to slow down (negative polarity vs. negative polarity or positive polarity vs. positive polarity.) The intensity will have to be more gradual to slow the craft, at - to - poles to create a repulsive magnetic field. I think also to maintain a steady course so as to not lose control of direction, the switch may have to flicker, meaning +-+-+-+-+-+-+- or +--+--+--+--+--+---+---+---+---. Because I think the pilots will want to maintain control :-D.
I think a small amount of thrust should be able to move the rings in a directional pivot to enable the craft to aim in just about any destinational direction at 14 points around the globe to include, axis poles of the planet. You should be able to shift the direction of your craft to another set of rings around the globe, to get 1440 degrees of positioning. That means you will be able to propel yourself through space using the rings, to achieve global positioning of universal direction throughout space in affect, achieving line of sight to your destination. The only thing that sucks is space garbage and small asteroids lol. The craft needs to be near inpenatrable at least for the duration of the trip which is not impossible with all the material advancements at our disposal hear on earth.
Again in structural standards the rings will not even be that large. You can fit a lot of cargo ships in the ocean just to draw a comparison. At the outside diameter of the rings maybe 95 meters from spherical equator to spherical equator and the same for the meridian. Less than a football field tall and wide. The speed of the craft will depend on the intensity to which you are grappling and timing of the release. Both devices meaning the ring device and craft device will have to be switched off simultaneously to avoid damage to our pilots and travelers and to any equipment on board. You can do this by bridging both the craft and the rings to the same remote switch. Using a Ring Traffic Control element, in essence, something the pilot will not even really have to take charge of. It will be remote from the mission control element on Earth or ISS.
And one more thing on this.... I just got the idea from looking at a NASA picture showing global temperature.... Maybe we can use the rings at the north and south polar regions to recharge or over charge (if necessary) the earths electromagnetic field in case of a solar storm to deflect radiation. It can be a consistent pulsing to maintain that which diminishes over time. Is that possible? Possibly even use this as the foundation for an artificial atmospheric defense grid against, solar systematic incoming objects that have the potential to collide with earth e.g. asteroids; comets; god forbid ALIENS if needed.
Consider the rings man made wormholes that will sling the craft at a desired speed through, the magnitude/intensity of the electro-magnetic focus. The parts should not be that heavy, the first ring in the sector will be the most costly, as it will take a couple of trips to complete but, when it is complete, the aid of the device will allow an easier lift off to be able to carry possibly, the full load of another ring to transport to a new way point for further exploration or return trips to earth.
Update: I saw that NASA believes they've found a hydrocarbon ocean on Saturn's moon Titan... Hydrocarbon?!?! Hmmm. Sounds like Hydrogen, we can use the rings to get there and the term for placing a ring (bi-directional ring for multi-use) for a return voyage could be.... "Put a Ring On It." What do you think? Hydrogen mining on the moons of Saturn.
I think a small amount of thrust should be able to move the rings in a directional pivot to enable the craft to aim in just about any destinational direction at 14 points around the globe to include, axis poles of the planet. You should be able to shift the direction of your craft to another set of rings around the globe, to get 1440 degrees of positioning. That means you will be able to propel yourself through space using the rings, to achieve global positioning of universal direction throughout space in affect, achieving line of sight to your destination. The only thing that sucks is space garbage and small asteroids lol. The craft needs to be near inpenatrable at least for the duration of the trip which is not impossible with all the material advancements at our disposal hear on earth.
Again in structural standards the rings will not even be that large. You can fit a lot of cargo ships in the ocean just to draw a comparison. At the outside diameter of the rings maybe 95 meters from spherical equator to spherical equator and the same for the meridian. Less than a football field tall and wide. The speed of the craft will depend on the intensity to which you are grappling and timing of the release. Both devices meaning the ring device and craft device will have to be switched off simultaneously to avoid damage to our pilots and travelers and to any equipment on board. You can do this by bridging both the craft and the rings to the same remote switch. Using a Ring Traffic Control element, in essence, something the pilot will not even really have to take charge of. It will be remote from the mission control element on Earth or ISS.
And one more thing on this.... I just got the idea from looking at a NASA picture showing global temperature.... Maybe we can use the rings at the north and south polar regions to recharge or over charge (if necessary) the earths electromagnetic field in case of a solar storm to deflect radiation. It can be a consistent pulsing to maintain that which diminishes over time. Is that possible? Possibly even use this as the foundation for an artificial atmospheric defense grid against, solar systematic incoming objects that have the potential to collide with earth e.g. asteroids; comets; god forbid ALIENS if needed.
Consider the rings man made wormholes that will sling the craft at a desired speed through, the magnitude/intensity of the electro-magnetic focus. The parts should not be that heavy, the first ring in the sector will be the most costly, as it will take a couple of trips to complete but, when it is complete, the aid of the device will allow an easier lift off to be able to carry possibly, the full load of another ring to transport to a new way point for further exploration or return trips to earth.
Update: I saw that NASA believes they've found a hydrocarbon ocean on Saturn's moon Titan... Hydrocarbon?!?! Hmmm. Sounds like Hydrogen, we can use the rings to get there and the term for placing a ring (bi-directional ring for multi-use) for a return voyage could be.... "Put a Ring On It." What do you think? Hydrogen mining on the moons of Saturn.
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