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The ASPS Science Extravaganza 2025 was a celebration of curiosity, creativity, and critical thinking! Showcasing the brilliant minds of students from Years 1 to 10, the event featured an exciting range of scientific explorations and interactive experiences. From hands-on experiments in the Science Discovery Lab to futuristic designs in Sustainability – Fashion (Eco-Fashion or Science in Style), every corner inspired awe and inquiry.

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To determine the best material for a specific application, it's crucial to investigate the properties of different materials and how they relate to the desired function. This involves identifying the key properties needed (e.g., strength, flexibility, waterproofness, insulation) and testing materials to see if they possess those properties. Ultimately, the "best" material depends on the specific needs of the application.

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Are fingerprints the same or different?

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Shadow theatre

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Sustainability – Fashion (Eco-Fashion or Science in Style)

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Sustainability – Fashion (Eco-Fashion or Science in Style)

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Slime making is a fun and engaging way to explore science concepts, particularly changes in materials. By mixing common household ingredients, students can observe and understand how different substances interact and transform, leading to the creation of a unique, non-Newtonian fluid.

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The amount of air inside a balloon directly affects how far it will travel along a string due to the principles of Newton's Third Law of Motion. More air inside the balloon creates a greater force as it escapes, propelling the balloon further. Conversely, a balloon with less air will travel a shorter distance due to a weaker escaping force.

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To investigate the amount of Vitamin C in different drinks using iodine, you can perform a titration where iodine solution is added to the drink until a color change (from colorless to a blue-black or brown) indicates the reaction with Vitamin C is complete. The number of iodine drops needed to reach this endpoint is proportional to the Vitamin C concentration.

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A simple DIY water filter can be made by repurposing a plastic bottle and layering various materials to remove impurities from water. The process involves cutting a bottle in half, placing the top half upside down in the bottom half, and then layering materials like cotton, sand, charcoal, and gravel. These layers filter out different sized particles, with the charcoal helping to remove chemicals through absorption