Presented by Griffith University – Science on the Go
This demonstration will give budding scientists an insight into inertia, forces, and motion by utilising Sir Isaac Newton’s favourite string of beads.
Presented by Dr Nicholas Price
Dr Nicholas Price will reveal the science behind how the brain works when we juggle.
Presented by Griffith University – Science on the Go
This demonstration will give budding scientists an insight into the cool phenomenon of magnetism, superconductors, the Meissner effect and flux pinning.
Presented by UQ Science Demo Troupe
UQ’s Science Demo Troupe’s balloon animals go for a party in Liquid Nitrogen; it’s amazing how many you can fit into a single esky.
Presented by QUT
Feel the rhythm in this live demonstration with Jesse Allen, where we will explore the power of vacuums, air pressure and sound waves.
Presented by Dr Nicholas Price
Dr Nicholas Price will reveal the science behind how the brain works when we juggle.
Presented by Griffith University – Science on the Go
This demonstration will give budding scientists an insight into the cool phenomenon of magnetism, superconductors, the Meissner effect and flux pinning.
Presented by UQ Science Demo Troupe
UQ’s Science Demo Troupe’s balloon animals go for a party in Liquid Nitrogen; it’s amazing how many you can fit into a single esky.
Presented by QUT
Feel the rhythm in this live demonstration with Jesse Allen, where we will explore the power of vacuums, air pressure and sound waves.
Presented by Griffith University – Science on the Go
This demonstration will give budding scientists an insight into inertia, forces, and motion by utilising Sir Isaac Newton’s favourite string of beads.
Cultural Forecourt, Melbourne Street, South Brisbane, Queensland, Australia
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