X-Message-Number: 21815 From: Date: Wed, 28 May 2003 13:14:06 EDT Subject: Maths vs phisics --part1_20.1228e737.2c06485e_boundary Content-Type: text/plain; charset="US-ASCII" Content-Transfer-Encoding: 7bit I have sent here some messages about mathematical structures. Most readers can take them for archive purpose only. I think I have sent more than I'll send, at last this may a good new :-). I understand than for many, they couldn't see the purpose of these messages here. A first (limited) use is to demonstrate than some people can see a science far beyond what is seen in the general public or actual technology. It has been a constant that, in the long run, the reality has always been more complex than the boldest predictions. So, even someone not able to evaluate what I say and so don't know if I am right or not could conclude that what I say must be a lower bound on the reality. Now there is the main motive for these messages: The first four quantifications are not simply some abstract mathematical operators, they are too technical processes to make entanglements. Narrow slit between flat mirrors, parametric down conversion, laser entanglement and left handed materials are the four "technological operators." So, speaking about four quantification is not simply a set of abstract words: There is today the technology to get to them. More: Given that everything has been broken in steps, each defined by a set of groups or loops and that these can be expressed as a set of permutations on the elements of the preceding step we can build any new structure from known ones. The general way to exploit a structure is to use some form of interferometer adapted to the quantum system under scrutiny. If you think an interferometer can be build with three or four mirrors and similar elements, think more: There, big groups and loops may need as much elements than what is found in a modern microprocessor. You can't assemble such a structure by mere chance, you have to know it before. The potential of that technology is fairly large, think for example about teleportation a la Star Trek: At supersymetric level, beyond particles, there is a new object class called Q-balls. A Q-ball is a non topological soliton, but there are too semi-topological Q-balls such monopole, particularly for the so-called Noether charge. Such soliton are single quantum object and so can be teleported, but their size can be anything. A soliton can include, as a substructure 10^20 particles and above. No problem for a full body mass. Beware yet: Many solitons have the capacity to catalyze fusion reactions. You enter the machine and at the other end there is a puff of iron atom at 100 million kelvin... Well before we see such sci-fi applications, there will be many others more useful for life extension and life recovery. Yvan Bozzonetti. --part1_20.1228e737.2c06485e_boundary Content-Type: text/html; charset="US-ASCII" [ AUTOMATICALLY SKIPPING HTML ENCODING! ] Rate This Message: http://www.cryonet.org/cgi-bin/rate.cgi?msg=21815