The atmosphere in the Imperial College Atrium and Mechanical Engineering Foyer was electric! It was just as expected when over 400 like-minded individuals gather around together to talk about something they were all really passionate about. There were participants from all around the world presenting their projects, and every single one of them spent as much time as they could putting up their posters, making their stands look as attractive as possible. The rest of the students were also very enthusiastic to hear about their friends' work.
Here are a few examples of this year's projects at the Science Bazaar:
Edi Tiuhaxhiri,
Kosova
Adsorption of CO gas
by using solid haemoglobin as a biofilter
Edi is a high school student from Kosova who wants to pursue
a degree in Medicine at University. His project is about isolating dry powdered
haemoglobin present in cow blood, from the
butchers. This powder can be used as a carbon monoxide detector since it
changes its colour from bright red to cherry red. The implications of this
project can be very major since carbon monoxide poisoning kills around 50
people every year in the UK and this detector can prevent it. It is also cheaper than commercially
available CO detectors. Edi was inspired to do this project after hearing about
a campaign in the UK several years ago against CO poisoning.
“It was in my science class when my teacher was telling
about CO poisoning, that I thought why not use the same haemoglobin to detect
the CO?”
Marina Jardim, Brazil
Natural fibres and
its potential for treatment of leachate from dumps and landfills
Marina is in 2nd year of University, pursuing a
degree in Environmental Engineering. After using natural fibres as part of a
previous project, Marina realised that those fibres have excellent adsorption
properties. So she designed experiments involving palm, banana and coconut
fibres. She then tested them to see if
they can be used to remove leachates in landfill sites, which can be toxic if
not removed. It was concluded that palm fibres worked best since they removed
99% of the leachates! The main advantage of using these fibres is that in
Brazil, people throw away a lot of these fibres in the trash – so Marina is treating waste with waste! After, looking at these results, she wants
to test various other fibres for the removal of leachates.
Filipe Manuel Adrade
de Matos, Portugal
Relevance of dark
Energy in Cosmology
Filipe is studying Physics in Lisbon University. As part of
a research project completed at university, Filipe used supernovae data to
learn about dark energy that has not been ‘seen’ yet and is only a theory.
After analyzing the data, it was concluded that the dark energy is not only
necessary for our Universe; it is also a dominant part of it. In fact, he
calculated that 74% of our universe is filled with dark energy. He also
confirmed that the universe is expanding but not linearly, and this is caused
by the dark energy.
“For this project, I considered the Universe to
be flat in geometry. So I want to further my research by considering it for
both open and closed universe”
Click here to learn more about the London International Youth Science Forum!
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