MEDICINE

The visitor examines the organs on the graphic and then starts dragging the food model along the railroad tracks on the apparatus. At the stops marked on the graphic (e.g. “Stomach”), the visitor stops and learns about the organ.

Every time our heart beats, it pumps blood
with a certain pressure. This pressure is also felt
on our sensitive fingertips. The pressure
sensing sensor on our assembly detects the pressure on our fingertips
when we put our hand on it and transmits it to the drum’s
mallet, allowing the mallet to hit the drum and make a sound like a heart
beat.

The visitor activates the device by pressing the button on the table. The visitor is expected to sort the puzzle pieces in front of him/her in a way that corresponds to the sequence he/she sees on the screen. The visitor makes the sequence based on both the shape and the names of the amino acids and checks the correctness by pressing the button. If the sequence is correct, the correct mark appears on the screen and the stages of protein synthesis continue with the animation on the screen.

The visitor comes in front of the prepared lung model. He activates the device with the pump on the graphic part of the model and the membrane in front of the lungs starts to inflate and fills up. After 4 seconds, in 8 seconds, the air in the lungs is completely emptied. In this way, the visitor observes breathing in and out at the right time and the working mechanism of the lungs.

When a visitor presses the button on the table device, they can hear the word “Laurel” from the speaker on the device, while at the same time another visitor standing next to them can hear the word “Yanny” from the same speaker.

It is a table arrangement that provides information about the eye organ within the scope of the sense of sight and offers experience to visitors. Looking through the microscope model with a mirror placed inside, the visitor observes the change of the pupil of the eye in the dark and in the light.

With the Temperature Illusion device, differences in perception of temperature can be felt by touching surfaces at different temperatures. The rings side by side on the device are kept at different temperatures in 3 different regions. When the person touches the region at normal temperature from the hot region, his/her hand feels cold, and when he/she touches the region at normal temperature from the cold region, his/her hand feels hot. There are also 3 digital indicators showing the temperatures in the system.