Making chemistry accessible for students with vision impairment
Discover simple adaptations to apparatus and experiments that make practical chemistry more accessible to students with vision impairment.
Showing 10 results from a total of 673
Discover simple adaptations to apparatus and experiments that make practical chemistry more accessible to students with vision impairment.
Everybody dance now: students hold ropes and dance to form a topological tangle. Using fraction arithmetic, the knot will finally be untied!
Future food: would you bite into a test-tube burger or a Petri dish steak? How do we make lab-grown meat, and what might it mean for health, farming, and the environment?
Fantastic beasts: take a microscopic moss safari and learn about the diverse and resilient organisms that live in this challenging habitat.
Play the part: students take on the roles of different components of a synapse to act out synaptic transmission and learn about neurobiology.
Explore the everyday science behind the quest to harness fusion energy – the energy that powers the stars – in a safe way here on Earth.
On the shoulders of giants: follow in the footsteps of Eratosthenes and measure the circumference of the Earth like he did 2300 years ago.
Flying high: did you know that cosmic rays can interfere with aircraft systems? Learn how scientists from ILL are working with Airbus Avionics to ensure safety in the air.
You may have heard pathology labs mentioned in crime shows, but what is plant pathology? Find out about the feuds between plant and pathogen that span millions of years.
Try your hand at Surfatron, a game that lets students experience the challenges faced by particle accelerator scientists while learning about the physics of waves.
Making chemistry accessible for students with vision impairment
Dance, tangles, and topology!
From Petri dish to plate: the journey of cultivated meat
Moss Safari: what lives in moss?
Hold your nerve: acting out chemical synaptic transmission
The everyday science of fusion
The Eratosthenes experiment: calculating the Earth’s circumference
What does particle physics have to do with aviation safety?
Plant pathology: plants can get sick too!
Surfatron: catch the wave of accelerators