How it works: On the embedded screen, a picture of e.g. a volcano is shown. Under the see-through shield the picture changes to a cross-section vision of the inside of the volcano. The position of the shield is changed via the revolving handle. How it’s made: The exhibit consists of a wide column, 1700 x…
How it works: The exhibit presents some phenomena concerning visible light. The first one is colour synthesis, meaning the emergence of new colours, from the mix of basic ones. Each of the three embedded knobs adjusts the intensity of one of the basic colours: red, green and blue. mixing those three together creates white light….
How it works: The exhibit is controlled with an embedded touchscreen. After pressing the ’START’ button on the screen, you should stand at the marked spot on the revolving platform. During the turn of the platform a depth sensor gathers the data, and the built-in PC computer processes it to build a 3D model of…
How it works: After being leant from the equilibrium, the pendulum starts its movement on a given trajectory. An UV laser, attached to its end, leaves traces on the photosensitive screen. They last there for some time, to disappear eventually. The trajectory of movement and shape of the traces are defined directly by the initial…
How it works: In the upper part there’s a nozzle dosing water droplets. A strobe light is used to illuminate them. Frequency of the strobe can be altered with embedded potentiometer. Tuning the strobe light’s frequency to the falling droplets creates an illusion of a droplet freezing mid-air, or even moving up! How it’s made:…
How it works: The embedded screen shows a sequence of laser strings, that need to be “played”, in order to get a melody. Correctly played melody gives access to another, more complicated one. Crossing a wrong laser beam erases the score and redirects to the beginning of the game. A free mode is also available,…
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