One of the most effective ways to understand abstract biological processes is to create a familiar and concrete metaphor. Comparing the human digestive system to a "food processing plant" is a classic and powerful cognitive model. In this model, the mouth is the raw material crusher, the esophagus is the conveyor belt, the stomach is the fermentation tank, the small intestine is the core refining and absorption workshop, and the large intestine is the dehydration and packaging line. By operating the mechanical devices simulating each "section," visitors can immerse themselves in the role of "food" or "operator," intuitively understanding the "machine function" of each organ, the "assembly line" connections between them, and how the final products (nutrients and waste) are "produced." This metaphor-based interactive learning greatly lowers the barrier to understanding and builds strong memory associations. The "Journey of Food" exhibit perfectly practices this metaphorical teaching met
Humans rely on vision to obtain most environmental information, but the visual system is easily "deceived" by certain optical phenomena. The Polarized Maze is an immersive game designed based on this cognitive characteristic. It's not just a maze, but a dynamic "perceptual testing ground." Participants must accept a counterintuitive premise: what they see is not entirely real. Some seemingly solid obstacles are actually illusions, passable. This setup forces the brain to quickly switch modes, from relying on habitual visual judgment to relying on "real" spatial information decoded through polarized tools (glasses/windows). This rapid switching between judging reality and illusion, path planning, and fine motor skills forms the core of the game's tension and fun, and is also an excellent exercise for cognitive flexibility. Stepping into the arena of the "Polarized Maze" (1600*1600*750mm), you enter a uniquely shaped parallel space. Holding a magnetic controller, you face a crystal-clea
The revolutionary nature of Einstein's theory of relativity lies in its redefinition of gravity from a mere "force" as a "geometric property" of spacetime. The most effective way to understand this is through thought experiments, and modern interactive technology allows us to dynamically visualize these experiments. The core is the construction of a controllable "mass-spacetime" feedback system: when a user performs an action (such as placing or moving a mass sphere), the system immediately calculates the corresponding change in spacetime curvature and presents it in real-time through visual language such as grid deformation and light deflection. This instantaneous and reversible causal feedback allows learners to actively explore, as if conducting an experiment, what would happen if the mass were greater or if photons were incident from different angles, thereby internalizing the profound principle that "matter tells spacetime how to curve, and spacetime tells matter how to move." By
Every bite of food we eat undergoes a complex and interconnected physical and chemical journey within our bodies—this is the human digestive system. It's like a highly automated biological factory: the mouth initiates the process through chewing (physical breaking down) and salivary enzymes (chemical decomposition); the esophagus handles transport; the stomach further breaks down the food through mechanical churning and a highly acidic environment; the small intestine is the core workshop, where digestive juices secreted by the pancreas and liver break down large nutrient molecules into smaller ones, which are then absorbed due to the large surface area; the large intestine recycles water, forming feces; and finally, the feces are excreted through the rectum and anus. Understanding this process is key to understanding how life obtains its energy and material basis from the outside world. Our interactive exhibit, "The Journey of Food," vividly and completely externalizes this hidden "b
Light is a transverse wave, and its vibration direction can be perpendicular to its propagation direction. Ordinary natural light contains vibrations in all directions. A polarizer is a special optical material that acts like a "grating," allowing only light waves with specific vibration directions to pass through. When the polarization directions of two polarizers are perpendicular to each other, light cannot pass through at all, resulting in opacity; while when they are parallel, light can pass through to the maximum extent. Our "Polarization Maze" cleverly utilizes this principle: the maze's "walls" are made of transparent material, with some "false walls" covered with polarizing films of specific directions, and the glasses (or viewing windows) worn by visitors are fitted with lenses perpendicular to their polarization direction. Thus, in the visitor's eyes, these "false walls" appear "invisible" because the light is blocked, while the real walls are clearly visible, creating a vis
Before Einstein, Newton's view of spacetime was absolute and flat, with gravity seen as a mysterious force acting at a distance. Einstein's theory of general relativity revolutionized this picture. He proposed that matter and energy warp the spacetime structure around them, and gravity is the natural manifestation of objects moving along these warped spacetime "geodesics." Imagine spacetime as a giant, elastic membrane; a heavy sphere (like the sun) placed on it will create a depression, and smaller spheres (like planets) will move along the "slope" of this depression—this is the geometric description of gravity. Understanding spacetime curvature is fundamental to understanding core concepts in modern cosmology such as black holes, gravitational lensing, and even the expansion of the universe. Our interactive exhibit, "Einstein's View of Spacetime," transforms this most imaginative physical theory into a visual and interactive experience on a meticulously designed simulation platform.
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Throughout the long history of human coexistence with microorganisms, infectious diseases have consistently been a major challenge to public health. Whether it's influenza viruses, rotaviruses, or the novel coronavirus, these tiny pathogens spread through multiple routes, including droplets, contact, air, and the digestive tract, posing a threat to our health and society. Understanding infectious diseases hinges on mastering three key elements: the source of infection (a person or animal carrying the pathogen), the transmission route (how the pathogen leaves the source of infection and reaches healthy individuals), and susceptible populations. Public health measures, such as vaccination, wearing masks, frequent handwashing, and maintaining social distancing, effectively control the spread and prevalence of diseases by breaking one or more of these links. Popularizing this knowledge is the cornerstone of building a social health defense line. Our interactive exhibit on "Common Infectio
In the outer reaches of our solar system, gas giants are renowned for their violent, complex, and persistent atmospheric activity. Jupiter's Great Red Spot is an anticyclonic storm that has persisted for at least three hundred years, large enough to engulf several Earths. Neptune's Great Dark Spot, on the other hand, is a cyclonic storm similar in size to Earth's hurricanes but far larger, surrounded by bright high-altitude clouds. The formation and maintenance of these storms are closely related to the planets' rapid rotation, the energy released from their internal heat sources, and their unique atmospheric compositions (such as ammonia ice on Jupiter and methane on Neptune). They serve as natural laboratories for studying planetary atmospheric dynamics, energy transfer, and long-term climate evolution. Our interactive exhibit, "Jupiter-Neptune Storms," brings the magnificent spectacle of these two distant planets to life on a 1500*800*1100mm double-sphere comparison platform. At
