Five things that matter about antimatter
Meet antimatter – nature’s invisible twin that could explain our existence and inspire our wildest stories.
Showing 10 results from a total of 581
Meet antimatter – nature’s invisible twin that could explain our existence and inspire our wildest stories.
Spice up your physics lessons and show your students the tremendous impact of physics research on medical innovations.
Meet the universe’s ultimate drama queens – stars that steal, explode, and shine brighter than ever before.
Using pond snails as a low-cost, hands-on model to teach biology and environmental science in secondary schools.
Zinc is an important trace element for plants and animals alike. Learn how nanoparticles could supply zinc to crops without having to add it to the soil.
Speed of sound: use the sound-recording function of a smartphone to precisely measure a projectile’s speed and calculate a safe dodging distance.
Super (role) models: Use stories about real scientists to inspire, build confidence, and help the next generation of innovators envision their place in STEM.
Live by your wits: group interviews based on disaster scenarios provide a fun opportunity to develop scientific literacy and transferable skills.
A maths field trip? Yes, really! MathCityMap transforms any space outside the classroom into an outdoor mathematical laboratory.
Written in the stars: use microcontrollers and LEDs to model stellar life cycles, scaling billions of years into minutes while exploring stellar evolution.
Five things that matter about antimatter
How physics saves lives: Interdisciplinarity drives research
Celestial cannibalism: investigating cataclysmic variable stars
Snail-powered science: hands-on biology for active classrooms
X-rays shed light on enhancing zinc uptake in pepper plants
Measuring the speed of a toy-gun foam projectile – a handy guide
Bringing STEM to life: using LabXchange Narratives to inspire tomorrow’s scientists
Survival science: learning through group interviews
MathCityMap: take maths lessons out into the city
Wall of stars: illuminate stellar life cycles with physics and coding