Polymers are everywhere around us, but you don't have to rely on scientists in labs to make some. You can do science experiments at home to make your own polymers and learn about their different properties. The results of these experiments are always interesting and often fun, too!
Materials science focuses on how different materials work & what we can do with them. Researchers in materials science develop and study a variety of materials.
A citizen scientist is someone who is not a trained or professional scientist but helps to conduct & contribute to scientific research to help make scientific breakthroughs happen.
The fields of science & engineering offer a lot of promising career opportunities, from software development to biomedical engineering & materials engineering. Materials science is a field of science that allows you to do hands-on work to research and develop the materials of tomorrow. Many things that we use every day were developed by materials scientists, and these problem-solving professionals continue to make new breakthroughs all the time.
Metals are used in green, renewable energy technology in many different capacities to reduce the amount of pollution and waste created by human activity. Find out more with Goodfellow's scientific blogs.
The periodic table is a chart that shows all of the elements, arranged by their atomic properties, which are the materials that make up everything in the world.
Alloys are mixtures of two or more elements in which at least one is a metal. Metal alloys are widely used in engineering because they can have a wide range of properties beyond those offered by the base metals they contain. Alloys used in engineering may be chosen for their hardness, electrical conductivity, strength, and corrosion resistance.