Human Anatomy
See the Human Up Close & Inside Out
In our VR sessions, students can step inside a complete 3D model of the human body, exploring the skeletal framework, layered muscles, branching nerves, circulating vessels, protective lymphatic network, and vital organs in astonishing detail.
Guided by our instructors, middle and high-school students will see how these systems interconnect—how bones support, muscles move, blood delivers oxygen, nerves transmit signals, and organs sustain life. It’s an immersive, hands-on journey through human anatomy that transforms abstract diagrams into a living, interactive experience students will never forget.
See the Brain — Piece by Piece
In this simulation, students can explore an exploded 3D view of the brain, where each major structure is separated for a clear, detailed look at how it all fits together.
They’ll see the four cerebral lobes (frontal, parietal, temporal, occipital), the cerebellum and brainstem, as well as deeper structures. By interacting with these components in virtual reality, middle and high-school students gain a spatial understanding of brain anatomy that’s difficult to achieve with flat images alone.
This immersive experience helps students connect what they learn in the classroom to a vivid, 3D mental map of the body’s most complex organ.
Earth Sciences
Explore Earth and the Moon
In our VR sessions, students can explore our planet and its neighbors in stunning detail, gaining a hands-on understanding of key Earth and space science concepts. They can investigate atmospheric phenomena like the Gulf Stream, which helps shape climate patterns, or how hurricanes form and move across oceans.
When visiting the Moon in VR, they discover tidal locking and why its low gravity means it cannot hold a thick atmosphere — resulting in a pitch-black sky, no sound travel, and meteorite impacts that remain preserved for millions of years.
By moving between Earth and the Moon in an immersive 3D environment, students develop a deep and lasting appreciation for planetary science and the forces that shape these worlds.
Physical Sciences
Explore the Physics of Zero Gravity In the International Space Station
In our VR sessions, students can step inside the International Space Station (ISS) and experience life in low Earth orbit. They see firsthand how microgravity affects every aspect of daily life — from sleeping and eating to conducting scientific experiments. Some of the visual elements in this simulation are based on actual imagery provided by NASA, bringing an added layer of authenticity to the experience.
Through this immersive environment, students can explore core physics concepts such as Newton’s laws of motion, orbital mechanics, and the balance between gravitational pull and orbital velocity that keeps the ISS circling Earth at 7.66 km/s. They can visualize momentum conservation as astronauts move and push objects, and investigate how fluids behave without gravity’s pull.
By navigating inside and outside the station, students gain a deeper understanding of space engineering, the challenges of maintaining life-support systems, and how the ISS serves as a unique laboratory for studying phenomena impossible to replicate on Earth. This perspective fosters both scientific curiosity and appreciation for the physics that makes human life in space possible.