Now why this technology blog when I already have one[here]? Well, to begin with technology is an interest of mine which deserves a category of its own. Hence, this blog. Now why only this technology blog? Well, first of all this blog will not be talking about gadgets , or how to fine tune and speed up your computer[or may be when I have nothing else to write about!] or other such tid-bits; it will talk about two guiding phenomena of technology.

(1) Underlying **philosophy** in technological advancement.

(2) The backbone of technology-**mathematics**.

To make matters less ambiguous let me state that when I refer to technology I usually talk about the net and IT revolution. So technology would mainly mean this, until otherwise stated specifically.

Also when I use the term mathematics I mean higher mathematics, and not in the general sense like – hey count nicely, do your maths.

As the complexity of cutting edge technology grows, it will be more and more dependent on mathematics. For many it would seem that this is the era of technology- well it is not. The era of technology is yet to come. Let me give you an analogy to illustrate my point. At the time of Aristotle and Archimedes[of the Eureka fame!] the era of Physics had begun, but it had not reached its mathematical finesse yet. There was a lot of accosting and dating which went between mathematics and physics, but the marriage of physics and mathematics took place with Newton acting as the head priest. And with the culmination of strong bond between mathematics and physics put forward by Einstein. You can call it an age of Physics if you want, but certainly not of technology. Technology is still in its ‘tinkering’ stage with now and then dates with mathematics. There have been many who have used the underlying power of mathematics to change the face of technology. To give you an example I choose the most popular technology[if not the best example to show the relation between mathematics and technology]—Google. It extensively used mathematics to harness the power of net in its new search engine- google.com. For further reading you can have a look at the paper written by Larry Page and Sergey Brin- co founders of Google-here.

Let me finish this introduction by paying tribute to the beauty of mathematics by the proof of infinitude of primes by Euclid.

__Theorem:__

There are infinitely many primes.

__Proof:__

Suppose that *p*_{1}=2 < *p*_{2} = 3 < … < *p*_{r} are all of the primes. Let *P* = *p*_{1}*p*_{2}…*p*_{r}+1 and let *p* be a prime dividing *P*; then *p* can not be any of *p*_{1}, *p*_{2}, …, *p*_{r}, otherwise *p* would divide the difference *P*–*p*_{1}*p*_{2}…*p*_{r}=1, which is impossible. Hence either *P *itself is a prime number or any prime other than *p*_{1,}* p*_{2,…,}* p*_{r} .Now if *P* is a prime then we get a contradiction as we assumed that *p*_{r} is the largest prime. If there is any other prime number which divides P,say Q, then Q is other than *p*_{1},* p*_{2},…* p*_{r} and hence greater than *p*_{r}, because all the primes less then *p*_{r}[namely *p*_{1},* p*_{1},…* p*_{r-1}] are already excluded. Hence Q is a prime greater than *p*_{1}-again a contradiction. Hence there are infinitely many primes.

On a personal note, my love affair with mathematics began by seeing the power and beauty of this particular proof. If mathematics could be represented by one theorem, it would be Euclid’s theorem ,which reflects the force as well as beauty of mathematics in a delicate balance.

Happy thoughts!

p/s: Another area of interest which deserves a blog of its own is economics. I will start an economics blog soon.

**Goodchild**: There must be. Your way, the way of intelligence is the way to destruction. You made man make that choice, you made him violate the natural law.

**Sky**: No, human life has scorned both of us. The chaos to come is of man’s own making. Neither you or I can help him now.

–From movie: Sky(1976)