Selling Soap

Professors at my alma mater advised students not to go off and “sell soap” after their graduation.
This guy apparently did not take their advice.

Many high-calibre scientists have moved out of the lab into development departments in factories, higher up to heading technical functions and then even into the management chain of Unilever,” says V M Naik, deputy head of laboratory, Hindustan Lever Research Centre and Unilever Research India. “I find my job so intellectually stimulating that I remain glued to it!”
From Close-Up to revolutionary new ice cream vending pushcarts for Walls ice creams has been an exciting journey for the bearded, amiable scientist, whose eyes gleam with enjoyment as he talks about his work. “One of the first projects I worked on was to develop, for the first time in India, a process for the industrial manufacture of abrasive grade silica which are used in making Close-Up toothpaste,” says the man who joined the laboratory upon graduation from the Indian Institute of Technology, Mumbai, in 1970.

He did better in the private sector than this doctor did in the public sector.

A word of thanks

I would like to thank:

  1. My mother, first and foremost, for giving me a somewhat unusual name.
  2. Myself, for having the foresight not to put a space between Ravi and Kiran
  3. All those bloggers who linked to me.
  4. My unknown namesake for not renewing the domain name and giving me an opportunity to grab it.
  5. This article for giving me useful tips.

For this
I beat the more famous Chitravina player! (I would have linked to him, but I don’t want to give him an advantage.)
Please, all of you help me get to the first place.There is no reason the current leader should be there, except that it is a sub-directory of a more famous site.
Link to me and link often. If you find me coming on all your blogs and putting stupid comments, just ignore them. It is just a part of my campaign.

Ek doctor ki Maut

This story makes me sick.
The doctor who produced India’s first test tube baby 8 years before the officially recognized first (3 months after the first in the world was born) was hounded out and driven to suicide by the government.

Dr Mukherjee’s achievement in in-vitro fertilisation (IVF) was deliberately hushed up by the West Bengal government. They claim that he was hounded out of his laboratory, shunted to a medical college department where he was a fish out of water denied chances of attending scientific conferences abroad. For the same work, his classmate at Edinburgh University, Dr R.G Edwards, and Dr Patrick Stiptoe won international recognition.

His story has an eerie resemblence to the story of Ek Doctor Ki Maut. Any idea whether the film was based on the real story? In the film the doctor develops a vaccine for leprosy, but the other details are exactly the same.

Science and God

Some say that scientists should have an “open mind” on whether God exists.

Here is a thought experiment. Suppose that a strange thing starts happening. Some people gain the ability to levitate. They can float in the air without any support, violating all laws of physics as we know it. Suppose also that only some people are capable of this, not all. We do not yet know which of us has this abiliy.

An “open minded” scientist decides to tackle the problem. He tries to use the normal scientific method. He collects as much data as possible. He tries to see a pattern in them. He thinks up hypotheses and generate testable predictions. He tests those predictions. Is it something in those people’s genes? Can those people do it in some places and not others? Perhaps Newton’s equations need to be modified in some interesting ways?

It is a scientist’s job to look for patterns. Claims for God’s existence rest on anomalies. The argument is usually that phenomenon X cannot be explained by physical laws; hence it is a “miracle”, an indication that He exists.
But a scientist cannot accept such an explanation. An anomaly is an enemy to be defeated – by an explanation. Search for an explanation for levitating people can either be scientific, or it can lead you to God. It cannot do both. Even if it turns out that existing physical laws have to be abandoned and new ones found, as long as you do it scientifically, you are reducing the need for God’s existence.

Suppose that it turns out that the strange phenomenon does not fall into any pattern and does not yiel? even to an explanation that involves “meta-laws” sitting on top of physical laws.

The open minded scientist accepts defeat in this case. Does he have to accept God’s existence then?
No he does not. There are phenomena in nature that don’t fall into a deterministic pattern. It is not possible to determine an electron’s location. Science hasn’t given up, or started believing that God runs quantum mechanics.
It has got by by defining itself around these phenomena.

Randomness does is not evidence for God’s existence. The only plausible proof of God’s existence would be if there is some indication that there is a “purpose” or “method” in this randomness.

But if there is a method and we could see it, we wouldn’t attribute that method to God would we? We would state it as a law, like Newton’s laws, or as a theory, such as Einstein’s theory of relativity.

So neither randomness nor order can really be taken as evidence for an anthropomorphic (human-like) God.
If God really wants us to believe in Him, He had better stop His annoying habit of revealing Himself in strange ways. The only proof of His existence that science can really accept is the one that wouldn’t require the scientific method. God can simply insert the axiom “God exists” in the minds of all scientists. Then there wouldn’t be need for proof or speculation