Evolution will come....very soon.....

Where does it come from, this quest? This need to solve life's mysteries, when the simplest of questions can never be answered. Why are we here? What is the soul? Why do we dream? Perhaps we'd be better off not looking at all. Not delving, not yearning. That's not human nature. Not the human heart. That is not why we are here.

The Human Genome Project has discovered that tiny variations in man's genetic code are taking place at increasingly rapid rates. Teleportation, levitation, tissue regeneration. Is this outside the realm of possibility? Or is man entering a new gateway to evolution? Is he finally standing at the threshold to true human potential?
The following source from wiki explains how this can be a possibility:

The Human Genome Project was started in 1990 as a joint effort between the United States (the Department of Energy and the National Institute of Health) and researchers in China, France, Germany, Japan, and the United Kingdom, at an estimated cost of (US) $3 billion. A "rough draft" of the human genome was made public in the year 2000, followed by a announcement of a nearly complete sequencing of all human genes in 2003. In May 2006, researchers announced that they had fully sequenced all genes in Chromosome 1 (the largest human chromosome).

Current technology limits the ability to decode many parts of the human genome, including the centromeres (repetative centers of the chromosomes), the telomeres (tips of the chromosomes, believed to be controls of cell aging), and some dense areas that appear to produce immunity defenses to disease. It is estimated that 92% of the human genome has been sequenced to date.

One interesting discovery was that as much as 98% of the DNA sequence found in the human chromosomes are not involved in protein encoding — these sequences are often referred to as "junk DNA". While their true functions are unknown, the "junk DNA" may still serve important roles: as mounting points for the protein-producing RNA, as radiation shielding for the more critical genes, or as sites of new evolving genes.