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It feels magical, but a rainbow is not random or mystical. It is the result of precise optical behavior and mathematical geometry working together.

Developments in science can bring great benefits to humanity, but they can also involve certain risks.

We often use models to help us understand or describe scientific ideas. Models can also be used to make predictions, which can then be tested through experiments, much like hypotheses.

Equations can help predict how diseases move through a population and how quickly they’ll rise or fall.

Many experiments involve taking measurements of physical quantities, such as temperature, volume, and mass. Measurements should be both accurate and precise. 

Science is not just a collection of facts to memorize, it is a process, a way of asking questions about the world and finding reliable answers.

Let’s understand why superconductors are so exciting, how they work, and what’s standing in the way of using them everywhere.