Microorganisms shape nearly every aspect of life on Earth, yet they remain fundamentally invisible to students. VReaLab Biology Micro World visualizes the microscopic structures of bacteria, viruses, fungi, and more through immersive VR, turning passive memorization into active, three-dimensional understanding.
"How does a jet engine work?" — for primary school students, this is one of the most thrilling questions in science. The Primary Science VR Learning Device makes every stage visible, turning a hidden mechanical process into interactive science experiments children can run, pause, and rewind.
The 2026 Jiangsu Provincial Experiment Competition featured an advanced virtual Physics lab section built on the Juedao Physics Virtual Lab platform. Two electricity experiments tested students’ full experimental inquiry capabilities — from circuit design and equipment selection to data analysis, error evaluation, and improvement design.
For the first time ever, a high school chemistry virtual lab simulation was included in the 2026 Jiangsu Provincial Primary and Secondary School Student Experiment Ability Competition Finals. Three classic experiments — electrolysis of brine, laboratory preparation of acetylene, and molar volume of gas determination — were reimagined in the VR Chemistry Lab, marking a major step toward virtual-real integration in chemistry assessment.
Crystal structure is widely regarded as the most challenging topic in high school chemistry. Students must visualize 3D lattice arrangements, calculate coordination numbers, determine atom counts within unit cells, and compute packing efficiencies — all from flat textbook diagrams. VReaLab's Crystal Structure Visualization transforms these abstract formulas into tangible, process-oriented workflows.
Most people rarely think about breathing — it happens automatically, roughly 20,000 times per day. Yet behind every breath lies an extraordinary sequence of mechanical and biochemical events. VReaLab Biology Body Function provides an interactive, animated view of every step, transforming biology interactive learning into a vivid exploration of how the respiratory system actually works.
In June 2026, the Metaverse Virtual Lab Simulation was featured in two major teacher training programs — a digital literacy workshop at Chengtan High School in Zhejiang and an AI+Education seminar at Henan University of Science and Technology Affiliated High School. Both events showcased how immersive virtual simulation is reshaping teacher professional development and transforming the VR Classroom.
The classic homework assignment — observe the moon phases tonight and share tomorrow — rarely delivers real understanding. Cloudy skies, forgotten observations, and textbook diagrams leave students memorizing shapes instead of grasping causes. A Science Virtual Lab changes everything by bringing the universe into the classroom.
Magnetism has always been one of the most frustrating topics in middle-school physics. The force is real, its effects are obvious, yet the field itself is completely invisible. The VR Physics Lab finally solves this problem, turning a classroom trick into an immersive scientific experience.
For most primary school students, a jet engine is just a roaring metal tube bolted to a wing. They see the outside, hear the noise, and feel the thrust — but never the inside. With the Primary Science VR Learning Device, the entire engine lifts off the page and comes apart in front of the students’ eyes.
Circuit wiring is the first real hurdle in middle school physics. Students freeze up afraid of burning out equipment. The VR Physics Lab changes this by offering a zero-risk environment where every mistake becomes a learning opportunity.
In July 2026, the Alibaba Foundation's rural teacher training program brought immersive VR technology to educators from underserved communities. Teachers experienced firsthand how a Virtual Reality Classroom transforms abstract concepts into interactive, explorable learning environments — and why this matters for the future of rural education.
