Astro Lab is an innovative, data-driven laboratory employing real instruments that is designed to introduce students and visitors to the fundamental principles of observational and computational astronomy. Moving beyond traditional textbook learning, the Astro Lab bridges the gap between raw astrophysical data and powerful computational tools, and access to simple tools that can become our window to the skies and beyond.
Originating from strong astrophysical principles, the Astro Lab cultivates a deep sense of inquiry by connecting hands-on physical observation with computing. Students explore astronomical objects as familiar as the sun, the moon, the shadows cast on earth, directionality and constellations, thus enhancing the spatial and temporal awareness of our communities.
Further details and more advanced experiments can be seen on our complementary website.
Learning Outcomes
Introduce students to methods to observe astronomical objects from the earth.
Prepare students for the modern, petabyte-scale scientific landscape by diving into public digital repositories of astronomical data.
Cultivate a culture of international scientific collaboration through large-sized citizen astronomy projects.
Treat the sky as a laboratory.
- Connect astronomy with history.
Step into the shoes of historical pioneers to measure the cosmos using modern, high-precision replicas of ancient astronomical tools. In this Phenomenon Lab experiment, you will use the Quadrant (رُبع) and Triquetrum (العضادة الطويلة) to physically track the paths of the Sun and Moon, directly comparing your empirical observations against modern astronomical software to bridge ancient geometry with the digital age.
Intrigued by ancient astronomy? Uncover the science and step-by-step setup here.
Community Contributions