Enhancing Learning and Knowledge Retention of Abstract Physics Concepts with Virtual Reality

Area of Science:

• Physics Education
• Educational Technology

Background:

• Traditional science education struggles with abstract, unobservable concepts.
• Virtual reality (VR) offers interactive environments to visualize complex phenomena.

Purpose of the Study:

• To compare immersive VR learning with traditional hands-on labs in physics.
• To evaluate the impact of VR on learning outcomes, motivation, engagement, and cognitive load.

Main Methods:

• Developed a VR physics lab to visualize electrons and electromagnetic fields.
• Compared VR learning to a traditional electronics learning kit.
• Assessed student learning, motivation, engagement, and cognitive load.

Main Results:

• VR group showed significantly higher knowledge retention than the traditional group.
• No significant difference in immediate comprehension between groups.
• VR participants demonstrated substantially higher engagement time.

Conclusions:

• Visually enriched virtual environments enhance learning experiences.
• VR shows strong potential for improving retention of intangible scientific concepts.
• VR can be an effective tool for abstract physics education.