The Big Telescopes poster links ground and space based telescopes with the parts of the electromagnetic spectrum that they are observing and their locations on Earth or in space.

The poster explains how larger telescopes allow scientists to learn more about the early universe and map our own galaxy with...

A global family of giant telescopes - on the ground and in space - provides an inspirational context for STEM learning. This collection of resources linked in to astronomy cover the following topics within the curriculum: telescopes, the electromagnetic spectrum, infra-red, redshift and Doppler shift, image...

Students enter either as a team or as an individual and showcase their projects at regional heats. The best projects from across the UK are then invited to the national finals, which are held at the Big Bang Fair in March each year.

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Dr Tim Gabriel’s job involves making materials for batteries and solar cells which have tiny structures and shapes, allowing them to work more efficiently. He describes how his combined degree in chemistry and languages allowed him to spend a year in France. Tim also explains how his research career helped him to...

The Gaia spacecraft is a European Space Agency mission to map one billion stars in the Milky Way galaxy.  This collection of resources allows students to analyse real data from the spacecraft.  The collection is divided into 3 sections:

• Background information for teachers and students on the Gaia...

The Big Idea series is...

During a chemical reaction, atoms are rearranged forming new substances.

The Earth’s crust is constantly changing as new rocks are formed and older rock is worn away.

"Dynamic Earth" is one of 15 big ideas of science in the Best Evidence Science Teaching collection. Understanding of the big idea is built up by a series of key concepts at age 11-16, which have been organised into...

Substances can move within and between Earth’s atmosphere, hydrosphere, geosphere and biosphere as part of large-scale Earth systems.

Understanding the uniqueness of the Earth and the vastness of space gives us perspective and awe.

The everyday world is largely a consequence of electrical charge. Understanding electricity and magnetism helps us develop technology to improve lives.

Forces make things change. Understanding forces helps us to predict and control physical change.

Organisms must stay in good health to survive and thrive; the health of an individual results from interactions between its body, behaviour, environment and other organisms.

Genetic information is passed from each generation to the next; this information and the environment affect the features, growth and development of organisms.

Objects are made of particles with mass. Understanding particles helps us to design our world.