The Science of Life

In every physical science, we rely heavily on mathematical models to accomplish further scientific research.  (Yes, even you biologists and organic chemists; you just have the mathematical models hidden.)  Mathematical models are the key to all scientific research.  (And for those reading this from outside of the United States, I will use the word "sciences" in place of the term "physical sciences" from here on out; be prepared for that.) This brings up a key question; what exactly is a mathematical model? It would be good to have an equation fall under a mathematical model.  This can be the case, but more often than not, one equation is insufficient.  It also doesn't have to contain equations; there can also be inequalities, where a value is either less than or greater than a certain quantity. Mathematical models are descriptions of a system with mathematical language , which can be one or many equations or inequalities.  This is more of a...

I apologize for taking so long with this entry of my blog. I have been abnormally busy lately with my academics and poetry. Today, I am writing on how all of the sciences are related to one another, in the hopes that you will come to realize that the sciences are not as separate as popular culture and news has us believe. This blog will be geared to those individuals – weather you're the average person or a student of science, or a full blown scientist – who have the opinion that the different fields of science are completely isolated from one another. This sentiment is not true, and I hope to show the false-hood of this concept here. In physics, we have the concept of “The Right-Hand-Rule”. This pretty much determines whether the a force perpendicular to two vectors is “positive” or “negative”. Torque is a good example of this. The amount of torque placed on, say, a bolt by a crescent wrench is perpendicular to the position vector and the fo...