This book, published by the Association for Science Education (ASE) and The British Society for the History of Science, celebrates the life and work of Marie Curie and the subsequent developments in radiochemistry.

The book focuses on the development and applications of radiochemistry and is set out in a...

The bestselling 30-Second...

Where would we be without the Bernoulli equation to explain how planes fly, electromagnetic waves enabling us to communicate around the world or the discovery of X-rays? In ...

This collection of fourteen 60 second animated clips were produced by the Open University, and funded by the Science Technology Facilities Council. They focus on cutting edge topics within astrophysics in a humorous and easily accessible way. The animations cover topics such as the Big Bang, the expansion of the...

These series of animations explain what microgravity is and how it is used in research both on the ground and in space.  They are designed by researchers from the Open University and narrated by the actor/comedian David Mitchell.

This short film explains how the 60 second adventures in microgravity series was put together. It features some of the researchers, animators and script writers involved.

This poster, from the Science and Technology Facilities Council, celebrates 100 years since two scientists in the UK pioneered a technique for crystallography.

Crystallography uses x-rays to create a diffraction pattern to examine the atomic structure of crystals. The poster explains Bragg’s Law, which...

This animated clip explains how Mercury rotates in around 59 Earth days to rotate but only takes 88 Earth days to orbit the Sun (the length of its year). So Mercury spins three times for every two orbits, which means each Mercury day lasts for two Mercury years. This means, living on Mercury, you would celebrate...

Produced by The Centre for Industry Education Collaboration (CIEC), these materials help students to gain an understanding of a number of scientific ideas through investigating how a refrigerator works. The key ideas covered include:
* liquids require heat to evaporate
* some gases can be liquefied at...

This publication is a report from the Leading Space Education Programme (LSEP). This is a Science and Technology Facilities Council (STFC) funded project that has worked with 30 schools in England with the aim of enhancing science, technology, engineering and mathematics education in secondary schools and using...

This APU report for teachers focuses on the performance of students aged 15 in a range of test questions concerning electricity. It presents the findings in a sequence in which it suggests that different activities are generally encountered by students. An...

Published in May 2011, this report from the University of Southampton, school of education  is an evaluation of the Action Research for Physics programme which was organised and managed by the National Network of Science Learning Centres between September 2009 and February 2011....

This STEMNET activity case study describes the work of Vicki Hodges as a STEM Ambassador. In a wide range of activities, she has helped to build a space station in an infant school, worked at careers fairs for older students and lectured at universities. Vicki has worked with all age groups and enjoys sharing her...

A STEMNET resource describing how STEM Ambassador, Dr Heather Williams, explained the physics behind CT imaging and nuclear medicine to GCSE and A Level students.

In an interactive lecture, Heather gave examples of a coronary angiography and a CT scan. She described how each works and the differences between...

A large and growing proportion of our electricity in the UK comes from renewables, and the amount of electricity generated varies depending on the weather. In this activity pupils watch a film in which Jade Kimpton from the National Grid shows how the flow of electricity in the National Grid is getting more complex...