<p>The implication that intelligent design is not science is FALSE. Just as you can find some promoters of intelligent design (including some who post on CC) who have no clue about rigorous science, you can certainly find many opponents of intelligent design (including some who post on CC) who are equally ignorant of science.</p>
<p>Nevertheless, many intelligent scientists accept aspects of microevolution (species change over time through mutation, etc.) but believe (based on intuition, scientific analysis, calculations, etc.) that it is scientifically unreasonable to conclude that the world as it currently exists resulted from random events with no initial intelligence or guidance along the way. A number of questions, which can ONLY be addressed using science, are quite reasonable to consider.</p>
<p>If one could show, for example, that the world as we know it is an extremely stable and robust dynamic system, such that given almost any set of initial conditions it would have evolved to what we now see, then that would be a strong argument AGAINST intelligent design.</p>
<p>On the other hand, if one could show that only an extraordinarily small set of initial conditions could account for the current universe having evolved in even 10 to 20 billion years, then this may support intelligent design.</p>
<p>One of the MOST IMPORTANT aspects of teaching students science (or the scientific method) is showing them that after they come up with a model, that it needs to be validated (i.e. shown to agree with relevant observations, tests, or experiments). </p>
<p>If one were to opine that the current universe had originated by some type of explosion billions of years ago from some arbitrarily arranged matter (i.e. no intelligent design), and that the universe has evolved following the laws of physics as we can best approximate them, then that model of the universe can be tested. How likely would it be (i.e. mathematical probability) that highly complex molecules would form, or how likely that life forms such as humans would evolve? These questions can all be addressed. In order to obtain the best answers to these types of questions, you would need to have models that are properly designed and based on reasonable assumptions. Students could be presented with results of these calculations, along with the associated assumptions on which they were based.</p>
<p>Obviously, one can make an ASSUMPTION that no intelligent design exists and then state that since, by definition, the world exists as it does and it has obviously evolved to its current state, that THEREFORE the probability of it having evolved without intelligent design is 100 percent. However, this is NOT SCIENCE. This is circular reasoning based on politics, or possibly secular religion, neither of which should be taught in a science class.</p>
<p>The following questions are FREQUENTLY discussed in science classrooms:</p>
<p>Is it possible to transform some other element into gold? (alchemy)
Is it possible to make a device that performs work and will run forever, without adding any energy? (perpetual motion machine)
Is it possible to create living things out of nothing (spontaneous generation).</p>
<p>These questions are part of SCIENCE and are demonstrated using scientific principles to have the following answer: NO. But this does not mean that they should never be discussed in a science classroom. On the contrary, the answer is actually very relevant to understanding the state of science as we currently know it.</p>
<p>If the above approach can be used to easily dismiss intelligent design, then so be it. On the other hand, this approach may make many students understand that it doesn’t make sense that our current world occurred through strictly random processes. In either case, students would be taught how to SCIENTIFICALLY assess whether a theory is reasonable, instead of using a common CC’er approach (“If George Bush believes it, then it must be false.”).</p>