Emma Davies
Emma is a science writer based in Bishop's Stortford
FeatureWhat curriculum reform means for you and your chemistry students
Chemistry teachers welcome science curriculum development
- News
War threatens semiconductor production
Link the conflict in Ukraine, the impact on neon production and conflict materials with this story and starter slide
- Feature
Ocean acidification
How scientists are fighting the serious risk atmospheric carbon dioxide poses to our seas – and the planet
- Feature
Iron: fuel of the future?
Investigating whether iron powder could fill the energy gaps left by batteries and renewable energy
- Feature
Meteorite chemistry
What is a meteorite made of? Studying the composition of meteors allows scientists to look back billions of years to before the birth of the solar system
- Feature
Science T-levels are coming
From September 2021, 16–18-year-olds will be able to take a new kind of science qualification
- Feature
Why you need A-level chemistry to study geology
Knowledge of chemistry topics such as isotopes, analytical techniques and earth science is essential for studying geology
- Feature
Why you need A-level chemistry to study dietetics
Which parts of the chemistry curriculum will your 16–18 students find useful to become a dietician?
- Feature
Packaging promise
From polymers to nanoparticles, the new technologies helping to reduce food and wrapper waste
- Feature
Chemists hold the key to perfect cheese
Bacterial enzymes play a crucial role in cheesemaking and food chemists take advantage of their role to develop new cheeses
- Feature
The rhythm of life
Emma Davies explores how unravelling the complex mechanisms of the body clock has led to some fascinating discoveries and a 2017 Nobel prize
- Feature
Exceptional enzymes
New biological catalysts could deliver useful chemicals chemistry cannot make
- Feature
Earn while you learn
How the new apprenticeship levy is shaping opportunities for school students
- The Mole
Ozone - in the news
A chemical observatory in Cape Verde providing chemists with new information about ozone levels
