Case Art Designs for CASIO school and graphic calcuators

Some famous personalities have studied science, while others discovered science through their own research and experimentation. For example, the first discoveries to develop today's wireless communications were made by a famous actress. Read more about it here:

At the forefront of historic moments—such as man landing on the moon in the summer of 1969—are pioneers who dared to challenge the status quo and the limits of what humans or machines can achieve. Learn more about one particular female scientist here:

Some scientists are determined to show how important communication is in science. We need people who can communicate knowledge in an impressive and understandable way. You can find more information here:

The desire to improve people's standard of living or save lives is crucial to the development of medicine and medical science. Today, advances in communications, computer technology, robotics, etc. are critical to our understanding of the body and its functions. Learn more about how neuroscience and robotics are combining to help patients here:

The way we look at ecosystems and our environment has changed immensely in recent decades. This is largely thanks to people in science who did not let high hurdles stop them from doing research in fields they were passionate about. Read more in a scientist's guide for the younger generation:

The first known "music theorist" was the Greek philosopher and mathematician Pythagoras. An everyday observation had given the inquisitive polymath the idea of investigating whether tones are mathematically related to each other. At least, this is how the legend of "Pythagoras in the Forge" tells it. According to this legend, Pythagoras passed a forge in which several hammers were being used simultaneously. The philosopher noticed that the different high notes of the hammers together produced a melodious sound — whereupon he began to experiment directly in the forge and found out that the different weight of the hammers was responsible for the different pitches. 

Sports, and sports records in particular—such as the achievements seen at the World Athletics Championships in Berlin—are an inspiration to many. Rarely, however, are records considered mathematically in their entirety. Do they develop evenly, are new records perhaps predictable, are there phases in which records fall particularly strongly or often? And are the developments in the sports the same? Can they be described with the help of formulas? Now we have arrived at mathematics.