THE EINSTEIN-FIRST PROJECT
Every child has the right to share our best understanding of physical reality
The Einstein-First Project teaches the fundamental concepts of modern physics to school students and works to improve STEM involvement in the classroom.
Starting with foundations, it is building a seamless progression of learning that will allow all students to appreciate the Einsteinian reality that underpins our conception of the world and our modern technologies.
The project will enable the Australian curriculum to be modernised so that all Australian children can share our best understanding of physical reality and, through the international collaboration, bring the new curriculum to children across the world. test
The Einstein-First Project uses interactive learning methods to teach students about modern physics
School students playing with the
Students learning about the momentum of electromagnetic energy
Students”photographing” each other
with a “photon” gun
Students measuring and analysing the
measurements of curved space
What is the Einstein-First project trying to achieve?
The Einstein-First Project aims to redesign, evaluate and optimise school science across all educational levels to reflect the modern understanding of space, time, matter and the universe.
The Einstein-First Project is a program run by researchers from the University of Western Australia who work with the Gravity Discovery Centre, Ozgrav and the LIGO Scientific Collaboration. This project is a part of the Einsteinian Physics Education Research (EPER) team which involves researchers from Norway, China, South Korea, Italy, Germany, Britain and the United States.
The recent detection of gravitational waves proved that Albert Einstein was correct, once again. The physics of our universe is Einsteinian – not Newtonian. Currently, school curricula does not include Einsteinian concepts and still contains restricted Newtonian physics. The Einstein-First Project aims to teach students the fundamental truths of modern physics and also improve student attitudes towards science.
AIGO and the GDC are located in Gingin – approximately 75km north of Perth, Western Australia
Gravitational waves, ripples of space and time, are produced from the interaction of masses
Have some questions?
Get in touch with the team.