MEL VR Science Simulations vs Relativity Simulator

MEL VR Science Simulations is a growing series of science simulations, lessons, and labs covering chemistry and physics. Made to fit right into the school curriculum, virtual reality turns studying into an interactive and immersive experience, making learning entertaining. Become a researcher in a scientific laboratory You will enter the MEL Virtual Laboratory, where you will zoom in on such seemingly simple objects like a pencil or a balloon, fly between molecules and atoms, and understand the differences between solids and gaseous substances at a molecular level! Immerse yourself in the world of chemistry and physics and see how it looks from the inside. With the virtual reality glasses you will see chemical compounds and physical reactions inside everyday objects. Don’t memorize, understand! It’s not enough to memorize formulas from a textbook. To understand the concepts of science, shrink down to the molecular and atomic level, immerse yourself in different types of matter and see how atoms and molecules interact from a whole new perspective. Online school in virtual reality It is difficult to retain the attention of children with formulas and boring textbooks. Immersed in virtual reality, nothing distracts from study. Short 5-minute VR lessons, interactive labs, and simulations are an excellent way to understand complex chemical and physical concepts through engaging visualizations. With MEL VR Science Simulations, science becomes a favorite subject at home and at school. To cover all the main topics, at present the application contains a growing library of over 70 VR lessons, labs, and simulations: Discover that an atom consists of a tiny nucleus, surrounded by an electron cloud. Learn about the three main subatomic particles: electrons, protons and neutrons. You will see how atoms are arranged in ordinary items like pencils and balloons. Find out that atoms in solids do not remain motionless, but are in motion all the time! Dive into gaseous helium and see how these atoms behave. What happens with atoms when the temperature increases? In the interactive laboratory you can assemble any atoms, and study the structure of their electron orbitals. Assemble any molecule and see how they take shape. Learn the difference between the structural and skeletal formula. Look at the real position of atoms in a molecule and the bonds between them. Use our interactive periodic table to find out how the periodic table is arranged. Why the elements are placed in this order, and what information you can learn from the position of an element in the periodic table. You can select any element, and see the structure of its atoms and electron configuration. MEL VR Science simulations also has lessons, labs, and simulations covering isotopes, electrons, ions,the periodic table, molecular formulas, isomers, electrostatics and much more. The future of education is already here, download the MEL VR Science simulations application right now! All content is also available to view in 2D. Language options available. For educational licensing or bulk purchasing, contact vr@melscience.com

Relativity Simulator is an interactive relativity toolkit built strictly on the axiomatic foundations of modern physics. There is no "hard sci-fi" here — every result traces back to the Lorentz transformation of special relativity or the Einstein field equations of general relativity, and is verified against numerical truth fixtures. 【Real physics, not imagination】 · 20 interactive modules covering core effects from special relativity to black holes, gravitational waves, and curved spacetime; · Each module ships with precise charts, adjustable parameters, and a "Theory Card" with a fully visible derivation chain; · All demo numbers are recomputed locally on your device from real CODATA constants — nothing is fabricated. 【Phenomena you can verify yourself】 · Gravitational time dilation: why clocks run faster up high — ~80 ns/day faster atop Everest, ~38 µs/day faster on GPS satellites; · Twin paradox: fly to 4.22 light-years at 0.8c and the Earth twin ages 10.5 years while the traveler ages only 6.3; · Tidal disruption: why you get stretched into "spaghetti" falling into a black hole — small holes tear you outside the horizon, supermassive ones only after you cross it; · Plus light bending, gravitational lensing, the Schwarzschild horizon, frame dragging, and mass–energy equivalence E=mc². 【Built for learning and teaching】 · Volume-based progression: kinematics → gravitational field → black holes → cosmology → applications; · Bilingual (zh/en) system notes ship with every effect: derivation, physical quantities, and references; · Chinese / English UI follows your system language. 【Privacy first】 The app collects, stores, and transmits no personal data, embeds no third-party SDKs, and runs every computation locally on your device. Whether you are studying, teaching, or simply curious, Relativity Simulator lets you actually run the "invisible spacetime" and watch it.