Part Time Scholar

By now, most of you should know that I am a die-hard fan of Scientific American. Here is yet another interesting article about extraordinary minds . The interviewee, Daniel Tammet, is special in his own right. He is a mildy autistic linguist who can recite the first 22 514 decimal places of the mathematical constant Pi . Here are a few takeaways from the interview: Visualization improves memory. Instead of treating numbers as boring static strings, view them in dynamic, multi-dimensional shapes and forms. This technique also works beautifully with learning vocabularies. Clustering also improves memory. If you break a series of numbers into smaller chunks (of 3 or 4), your brain can better handle them. This is why telephone numbers are hyphenated. Creativity further improves memory! When you throw in creative imagery to the above formulas, your memory becomes super-charged. In fact, the more exaggerating the imagery, the better the results. In Daniel's words, he used to "dan

One of my favourite books is A Brief History of Time , written by Stephen Hawking. This book is famous like its author. Its wonder lies in the fact that the forefront of physics is portrayed in laymen's terms. Thus the theories behind quantum mechanics, relativity, black holes, time travel, and wormholes can all be comprehended by the average person. Every time I pick up this paperback, I feel humbled by the grandeur of our mysterious universe. Needless to say, the origin of the universe may just provide a clue to the birth of life. Of all the theories described in the book, I was most intrigued by Einstein's special theory of relativity. Before the dawn of the 20th Century, the Michelson-Morley experiment was conducted to substantiate the existence of a substance called "ether." Instead, it created a shock wave for the entire scientific community. Throughout the next twenty years, numerous futile attempts were made to explain the surprising results of the experime