The JPII 8th-grade science students have been shedding light on one of the most fascinating concepts in physics—the Electromagnetic Spectrum. Through engaging hands-on activities, students discovered how different types of radiation impact our daily lives and the crucial role they play in modern technology, medicine, and communication.

In today’s lab, students rotated through interactive stations, including a mini experiment using UV light, solar beads, and glow-in-the-dark stars. "By exposing materials to ultraviolet (UV) radiation, they observed firsthand how invisible waves cause physical changes, such as solar beads changing color and stars absorbing and emitting light," according to science teacher Nicole Schatzle. "These experiments helped them understand the practical applications of UV rays in sunscreen, medical imaging, and even forensic science."

This lesson is critical for future innovators, as the Electromagnetic Spectrum powers everything from X-rays and microwaves to Wi-Fi and satellite communication. "Understanding how radiation interacts with different materials prepares students for careers in science, engineering, healthcare, and technology, where these principles are applied daily," said Mrs. Schatzle.

By experiencing science in action, JPII students aren’t just learning—they’re lighting the way to future discoveries!