Weather permitting, these experiments will ascend to a height of 30km, surpassing the altitude of commercial airliners. The MARSBalloon project involves launching experiments on a helium-filled balloon, subjecting them to an environment that closely mimics the conditions on the surface of Mars.

The three experiments are as follows:-

Investigating the detection of cosmic rays in the upper atmosphere. This experiment involves exposing two different speeds of film to the intense radiation present on Mars' surface. After development, the films will be compared to control samples taken at ground level. By analyzing the results, the students hope to determine the safety of Mars' surface and evaluate the feasibility of detecting and monitoring cosmic rays. 

Comparing the germination and growth of seeds with those left at ground level to see if it is possible to take seeds into space.

Sending saturated borax solution and then growing crystals upon its return to find out whether the low pressure/temperature/vibration affect the ability to grow a crystal. They will also explore whether this can be extrapolated to other chemistry and discover if the conditions in low pressure atmosphere like Mars affect equilibrium position?

Leicester High School's participation in the MARSBalloon project showcases its dedication to nurturing scientific exploration.