Research framework
This exercise defines the research framework for my sweat-based project
This exercise defines the research framework for my sweat-based project
What are the potential applications of sweat as a material for design and technology?
How can sweat be collected, purified, and processed to become a valuable resource?
What role does sweat play in human identity, and how can it be used to challenge societal stigmas?
Can the biochemical composition of sweat be manipulated through diet and lifestyle to achieve specific outcomes?
How can wearable technology integrate sweat-based systems for energy generation, health monitoring, or artistic expression?
This research explores sweat as both a biological phenomenon and a design material. It investigates its physiological functions, chemical composition, and potential uses in technology, fashion, and sustainability. The study also considers the cultural perceptions of sweat, aiming to shift its narrative from something undesirable to a valuable resource.
1️. Efficient energy generation from a sweat-powered, wearable, MXene-based hydroelectric nanogenerator 🔗 This study explores the potential of sweat as a power source, which directly aligns with my interest in revalorizing sweat as a functional material. It introduces advanced materials like MXene for energy generation, opening up possibilities for wearable tech that harvests energy from sweat.
2️. Sweat Crystals and Petal Sequins: Meet The Biomaterialist Growing Fashion In Lockdown 🔗 This article showcases sweat crystallization in fashion, demonstrating how biological materials can become aesthetically and conceptually valuable. It serves as a reference for artistic and material-based applications of sweat, linking my work to existing biomaterial research in fashion and design.
3️. Physiology of sweat gland function: The roles of sweating and sweat composition in human health 🔗 This paper provides a deep understanding of the physiological mechanisms behind sweating, which is crucial for my research. It explains how sweat composition changes based on different factors, which helps inform how I might manipulate or harness sweat for material applications.
4️. De sudores y olores 🔗 This text explores the cultural perceptions of sweat and its associated odors. Since my project also challenges societal stigmas around sweat, this source helps frame the historical and psychological aspects of how sweat is perceived, adding an anthropological layer to my research.
5️. SSE #226: Biomarcadores del sudor y sus aplicaciones en las ciencias del deporte 🔗 This paper highlights how sweat can be used for health monitoring through biomarkers, reinforcing the idea of sweat as a valuable informational resource. It offers insights into analytical methods that I might adapt for my experiments.
To explore sweat as a valuable material, I will conduct both experimental and observational research.
1️. Data collection
Sweat sampling: I will collect my own sweat through controlled physical activity (exercise, sauna, wearing absorbent materials).
Material experiments: I will test methods of crystallization, pH variation, conductivity, and reactivity with different substances.
Biochemical analysis: I aim to analyze my sweat composition over time using scientific tools (if accessible).
Observational studies: I will document sweat-related behaviors and perceptions in different social settings.
2️. Tools & Techniques
Lab methods – Evaporation, filtration, and chemical testing of sweat samples.
Wearable design – Prototyping sweat-absorbing garments or devices.
Field research – Conducting interviews or surveys to understand perceptions around sweat.
3️. Timeline
Literature review and initial sweat collection tests.
Experimenting with crystallization, pH changes, and material reactions.
Refining methods, designing prototypes, and gathering social perception data.
Synthesizing results and evaluating potential applications.