FoxxyBrown1111 said:
Or look how they examined Michael Johnson, and come to the conclusion a sprinter needs to have short legs with fast high speed steps. Only ten years later it´s the opposite; you need to be tall as Bolt, use less strides to become a world best sprinter.... BTW, in the 80s it needed to be bulked up and explosive start (Ben Johnson)...
Nope, Bolt is still the exception. And you still need to be bulked up and explosive, same relationship of power and weight as in cycling. The physics of movement hasn’t changed.
Or take the cancer studies, they come up with the new therapy now and then... And after all is said and done, as sad as it is, they still use the 70s "killer tactic"; cut, rays, chemo...
This is a great oversimplification. There has been great progress in cancer research. Many kinds of cancer are treatable, and in fact, when diagnosed early enough, almost all of them are.
Science... one sad story. Corrupted from A to Z.
Yeah, the human race would be so much better off without science. We wouldn’t need the Clinic, because without science, there would be no appreciation of the possibility of doping. Of course, without science, we wouldn’t have modern bike racing, anyway.
Tell me the last "scientic thing" found out, that hadn´t serious bad side effects to human kind or nature.
Any knowledge can be used in different ways. What would you have us do, just stop the scientific enterprise? You honestly think we’re better off not trying to understand the world we live in?
Dear Wiggo said:
Ugh. Correlation is not causation.
Very poor argument. There are literally millions of data sets in the public domain. You can take any one at random and by chance it will highly correlate with some others. The idea is that when you know going in that there is some kind of relationship between two phenomena, then statistical correlation is meaningful. It may or may not indicate cause and effect, but the correlation does illuminate the underlying relationship.
punyhuman said:
You could get yourself genetically modified to have the superior genes. And then add in the other enhancements. That way, it is all equal and fair for everyone.
You’re being a little simplistic here. If you’re talking about adults undergoing gene therapy, there are some things you can modify—higher HT, e.g., higher activity of certain metabolic enzymes, more capillary growth; and some things you can’t—length of your limbs, size of your heart and lungs. And while there are some enhancements that can be “added in”—e.g., hormones and growth factors to make your muscles larger—you would still be less enhanced than someone who was born with naturally larger and stronger muscles and who also added in those enhancements.
If you’re talking about genetic modifications at the embryo stage, then in principle there is no limit beyond those of the optimal combination of genes. But first, of course, one can’t talk about “you” changing “yourself”. It would be your parents making those decisions. In principle, parents making those decisions could level the genetic playing field, though of course in practice, it would as always be the wealthy most able to take advantage of these opportunities (which would involve not simply access to the technology of gene modification or transfer, but a whole new theoretical science devoted to determining the optimal combination of genes, as well as the interactions of more traditional doping procedures with these genes).
But suppose the genetic playing field is leveled more or less, and we have a large number of individuals of roughly equal genetic endowment? In that case, races will be determined by 1) the best use of doping substances that interact with these genes; 2) social and environmental background—the effect of your family and others on such factors as your motivation to develop your potential; and 3) chance. I’m not sure a system like that would be any fairer or more satisfying than the current one.
But in any case, that is only the first phase. In the second phase, as gene interaction with doping substances is intensively studied, optimum sets of genes and substances will be discovered. While there may be occasional breakthroughs in new substances, probably the playing field will mostly level out with regard to physiological factors. Secrets of this importance never last long. I can even imagine competitors stealing DNA samples from each other, identifying the key genes, then reverse engineering to figure out what exogeneous substances are being used with those genes.
Moreover, keep in mind that mental and psychological factors are almost certainly also partly determined by genes, which means that the playing field with regard to these factors can also be leveled to some extent. Social and environmental factors will still play a role, but in the limit, where everyone has access to this technology, these factors will be progressively reduced. For example, if your parents themselves were beneficiaries of this technology, their superior genes are likely to result in superior knowledge and motivation to maximize the social and environmental factors that their children are exposed to. Science will progressively determine the best environments and social influences for athletes of a particular genetic makeup.
So ultimately, chance is likely to play an increasingly larger role in athletic competitions. It always has, of course, in the sense that the genes you are born with are a matter of chance, but by removing much of the chance element from genetics, you simply shift it to other, more contingent factors. If we really succeeded in eliminating it completely, then races would be one big tie, and what would be the point of having them in the first place?