Inspiration: Observation, Chemical Reactions + Entropy
Observation
Fascinated by science and astronomy, I am inspired by discoveries via microscopes and telescopes and how they help to contribute to a fuller understanding of our world. Both galactic scales and microscopic scales play an important role in our reality and I am captivated when viewing distant objects up close and viewing close objects even closer.
Chemical Reactions:
This interest made its way into my process in many ways. One way it contributed to my research and experimentation was in the form of moving images.
As a continuation of my scientific experiments, I was intrigued by the small and sudden chemical reactions and expansions that appeared when I mixed certain substances. I recorded the interactions to capture the moment the separate substances combined in an explosive expansion.
Entropy
The sudden disruptive movements and irreversible disorder caused by the combining of separate substances is a visual example of the way in which order always tends towards disorder. This tendency is a law of physics (a feature of the 2nd Law of Thermodynamics) that includes the understanding of how our universe naturally moves towards disorder and high entropy and why the arrow of time always runs in one direction and that is towards chaos.
My GSA digital showcase was the work in progress and initial starting point of my explorations of these observations through the inclusion of ferromagnetic materials such as iron and Ferrofluid.
The Showcase was made visible through Glasgow School of Art 2020 and was the starting place for my current works.
test
The connection between chemical reactions, entropy, and wider systems thinking is interesting because it shows how small changes can influence the stability and direction of a process over time. Similar principles appear in professional fields where continuous improvement depends on organised knowledge, evidence, and structured development rather than isolated actions. A related resource on construction chartership explores how practitioners can build recognised professional capability through a planned progression route, which connects well with the idea of managing change within complex systems.
Appreciating how this post connects everyday observations with fascinating ideas about chemical reactions and entropy. The examples make scientific concepts feel more approachable and encourage readers to notice patterns in ordinary experiences. It also shows how thoughtful presentation can make complex subjects easier to understand, much like graphic and illustrator design services can help communicate detailed ideas through clear and engaging visual elements.
The way you filmed those chemical reactions to capture the exact moment things expand is really cool. It makes me see the second law of thermodynamics in a totally new way. I found Krillion helpful for understanding more about the science behind your art.
Appreciating how you connect scientific observation with creative experimentation. Your discussion of chemical reactions and entropy makes complex ideas feel surprisingly relatable. I enjoyed seeing how small observations can inspire larger creative thoughts. It also made me think about how top book publishers in us often value fresh perspectives that connect different fields. How do you think this approach could inspire future creative projects?