CERN Summer Studentship Report

In the pursuit of scientific exploration, I embarked on a journey to unravel the intricate world of soap bubbles, delving into their chemical composition and the underlying physical interactions between molecules. This endeavor enabled me to construct detectors utilizing LEGO components, deepening my understanding of their structures and the imperative role they play in facilitating diverse physical experiments. My immersion in the realm of detectors allowed me to grasp the significance of their deployment in various scientific inquiries. Through extensive reading, I gained insight into the remarkable mechanisms employed to detect minuscule particles, shedding light on their elusive nature. Furthermore, I unearthed a captivating recipe for crafting bubbles, unveiling the harmonious blend of ingredients required for their mesmerizing formation. Engaging in a series of experiments, I employed an array of tools to investigate the stability of soap bubbles. Guided by an experimental approach, I meticulously measured the impact of different factors on the stability of bubbles, ultimately discerning that their resilience is intricately tied to a triad of factors: materials, length, and thickness. This discovery underscored the pivotal role of each element in shaping the enduring integrity of soap bubbles. This exploration into the science of soap bubbles has not only expanded my scientific horizons but has also unveiled the interconnectedness of seemingly disparate phenomena. The amalgamation of chemical insights, physical experimentation, and detector comprehension has enriched my perspective and ignited an unquenchable curiosity to further probe the intricate mysteries of the natural world.