A Catalyst article about the use of remote telescopes and detecting cosmic rays. Giant telescopes that can be operated remotely are located in Hawaii and Australia and are known as the Faulkes telescopes.

These are available to students in the UK to do original research with, and enable the following...

In this Catalyst article, Mike Follows describes the surprising range of thermometers available to scientists today.

Many physical properties of materials depend on temperature. Thermometers are vital for measuring body temperature. The body's biochemical reactions work best at 37°C and the body is in...

In this first unit from the Geology: Structure of the Earth series, produced by Northumberland County Council, students investigate the main structural features of the Earth such as ocean basins and continents. The unit aims to help students develop their discussion, listening, speaking, explaining and...

Geothermal energy is the heat produced by decay of radioactive isotopes deep within the Earth. The temperature at the centre of the Earth is thought to be around 5,000°C, with the temperature reducing toward the surface. It is estimated that 99.9% of the planet is above 100°C. Geothermal energy is considered a...

This module outlines the main features of the Primary Mission for the CanSat Competition. In the Primary Mission, teams must measure the temperature and pressure and send the information to their ground station. Students will learn about the differences between the sensors they can use and about the challenges...

Astrium is Europe’s largest space company, employing 3,500 people in the UK alone. Astrium produces some of the world’s leading edge earth observation, science and telecommunication satellites in one of the most exciting sectors of the engineering profession. 

In this inspiring video, John Eldridge who is a Principal Engineer explains why curiosity is so important when it comes to STEM skills.  He also discusses that this job is being involved with some of the biggest machines on Earth and the varied routes you can take to get into...

This video models the distance between the Earth and moon using a basketball and tennis ball. It shows that often diagrams we use are not to scale and so can be misleading.

This activity introduces students to quantitative reasoning problems in Earth science and physics. It supports students in using ‘back of the envelope’ reasoning to help them gain an instinctive understanding of the timescales and magnitudes of geological processes. The activity provides excellent preparation for...

This series of activities from NASA take a mathematical approach to looking at the Sun-Earth system. They are intended as supplementary problems for students looking for additional challenges in mathematics and physical science from age 11 to 16 years.

The problems were created to be authentic glimpses of...

From the Science and Technology Facilities Council (STFC), this resource describes the new and exciting subject that brings together many different branches of science. Astrobiology is the study of how life formed and developed on the Earth, the conditions that made this possible and whether these conditions can...