Archive for October, 2013

Teleportation Schemes Revisited

October 6, 2013

I’ve written on teleportation before and felt that I should add a bit of information and summarize. There are four ways to accomplish teleportation (or body debit as ‘Hitchhiker’s Guide to the Galaxy’ called it). None of these are ready for prime time today but it is possible that one of these will happen within the next 100 years.

Biological Deconstruction, Mapping, Transmission and Reconstruction
This is one of the more common explanations for matter transporters. A layer by layer decomposition and mapping, then data or ionized particle stream transmission to a receiver that then reconstructs the biological entity. such an ion transmission might be possible but would require each ion to be displace in space and time from each other ion to minimize the mutual repulsion that could jumble the ions at the receiver end. The ions would have to all have the same charge, be sorted by atomic weight and all transmitted with the same velocity. Additionally you don’t want to lose any. The real problem here is you are doing reconstruction at the atomic level. There are several things wrong with this approach not the least of which is it is likely impossible to build complex biological proteins this way and even if it was possible it would take far too long. This might be simplified by transmitting structural information, then have an extensive library of generic biological components at the receiver end to use in a 3-D printer. The following references give a sneak preview of how that might be done:

Brain Deconstruction, Mapping and Transmission to an Android body.
Of course, if we have this scan we have the neuron connectome (in theory) so we can become an android instead and skip the 3-D printer step. The brain connectome can be downloaded into a computer brain emulation that by this time should easily fit in an android body. This being can then live in an android body or in in virtual space. Of even greater interest, this being can travel in space without the human support system, can be transmitted from one place to another at the speed of light with electromagnetic radiation, and has an indefinite life span. This may be an option for humans within 75 to 100 years.

Warp Drive
The third way is warping space so the transmission point and the receiving point are the same. This can be accomplished by creating a wormhole from point A to point B with perfectly flat event horizons at both ends. The technology and energy requirements put this into the far distant future, if at all.

Using Time Machines
The forth way is using time machines. We start out by shipping a time machine from point A to point B. The time machine was stationed at point A before and up to time t0 and arrived at point B at t1. At point A we also have a time machine that whizzes you into the future. To get from point B to point A we enter the time machine at point B at time t2 > t1, set it go go back to a time before t0 and zap we are at point A. We then enter the future time machine and set it for t2 and zap we are still at point A but now we have instantly travelled from point B to point A even if it is accross the Galaxy. The energy requirements? Don’t ask.