Our team demonstrating “Magical Molecules VR” at the “Science at Queen’s“ event
- Jiahui Zhou
- Feb 23, 2024
- 1 min read
Glad to talk to many keen pupils and their supportive parents. Pupils played with various molecules from small pharmaceutical drug molecules to large biological proteins as the disease target, carbon-based materials from graphene to carbon nanotube, and also explored chemical reactions from simple organic reactions to complex biocatalytic processes in virtual space. Computational simulations help us better understanding structure-function relationships, enabling the rational design of functional molecules to tackle real-life challenges in healthcare, green technology, and sustainable development.
It sounds like the pupils and parents at the "Science at Queen's" event had a great time exploring everything from pharmaceutical drug molecules to graphene in virtual space. The idea of visualizing complex chemical reactions through VR is a really engaging way to learn. For anyone inspired to start organizing their own molecular designs, grid maker can be a helpful first step.
It's great that the team at the "Science at Queen's" event let pupils interact with such a wide range of molecules, from pharmaceutical drugs to graphene. The way the VR experience connects exploring chemical reactions to understanding structure-function relationships is really compelling. For anyone interested in the underlying tech, SubtitleOps might be a useful resource.
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