A Table with loose Legs
Three, two, one – stable. How many supports do we need to stabilize a tabletop? Without screws, without glue, of course. Sharp-minded (and experimental)…
Air cushion
Inventive talent is called for here! Use scissors and tape to build objects out of paper that float on the wide air cushion. While testing and optimising, you…
Ball sorting machine
Playful tidying up. Yellow. Red. Blue. This machine sorts the small, medium, and large balls among Pierre Andrès' “Machines Singulières” in a playful manner.…
Beam Bridge
The simplest form, but not the most stable. This bridge demonstrates the forces acting on a straight beam when it is loaded and supported only at its two…
Bridge the Gap
Building bridges is not so easy - especially when you are not allowed to use nails, screws or glue! Here you only have nine identical wooden blocks at your…
Chaotic Pendulum
Momentum and Joint A long, light pendulum connected to a small but heavy pendulum. A push on the knob sets the entire system in motion. The effect on the…
Chaotic Pendulum II
Momentum and Reversal Three smaller pendulums attached to a large rotating arm. A push on the knob sets the entire system in motion. The effect on the three…
Fork balance
You can not only eat with a fork, but they are also easy to balance....
Gothic Arch and Flying Buttress
With pillars and arches. Like in a cathedral: this is how forces act in a structure with a tall pointed arch and a system of buttresses. What significant…
Harmonograph
Each drawing is a unique masterpiece. With precision and stability, this arm guides the pen across the paper. Held by magnets on a slowly rotating holder, the…
Leonardo’s Bridge
Clever: How Leonardo da Vinci builds a lightweight bridge. No screws, no nails, no ropes; just a few planks. From these, he creates a sturdy bridge. An idea…
Loose Stone Bridge
Brilliantly strong and simple. Loose stones, assembled in the correct order, form a bridge capable of bearing weight. Even in a small format, it can support…
Magic Wave
A mechanical work of art: A rhythmic rise and fall of metal segments, reminiscent of traveling waves. With a remarkable setup, the artist induces phenomenal…
Magic Wave Model
Magical wave in the stairwell – principle clearly explained. A rotating arm, cords, guide points, and straight metal segments create a wave-like motion that…
Marble track wall
Various tubes, wooden boards, cardboard strips, etc. can be attached to the large perforated walls with long wooden dowels. This creates very individual marble…
Moving Objects
Rings, rings, rings in a row. Hundreds of small rubber rings move along horizontally stretched strings. Seemingly at random, from right to left – and back…
Propulsion paths
Gear wheels of different sizes can be put together and several wheels can be connected with rubber bands. Can you make the whole construction work from start…
Seesaw pump
Fill and empty the caterpillar. This only works if the team of three is perfectly in sync: fill the hose with water from the pond, pass the water along, and…
Seifenblasenspender - Damen
Soap Foam Press firmly on the bellows: the soap dispenser immediately produces light bubbles for handwashing. Location: 1st floor, staircase 2 (rear…
Seifenblasenspender - Herren
Suspension Bridge
Vibration Patterns. Experience resonance frequency: Walking across the suspension bridge sets it into oscillation. Depending on your movement, these…
Tresortüre - Damen
The Secure Spot A vault door locks this cubicle. The WC door is opened by turning the handwheel. Location: 2nd floor, staircase 1 (near the entrance)
Tresortüre - Herren
Unstable structures
You can assemble various structures from rubber rods and wooden blocks. How well do which structures hold together? Can you build a tower as high as possible?
Vertical Mobiles (Chaotic Pendulums)
Chaotic pendulums. Length and amplitude: the behavior of a simple pendulum can be precisely described. No randomness involved. Add another pendulum, then one…
Water games
This exhibit is not accessible during the winter months. Pump like the world champions: Here, water can be pumped in the most diverse ways. A big playground…
Wave Machine
Waves like at the sea. Peter Markley spent many hours on the beach, watching for his father’s fishing boat. Naturally, he gazed at the sea. Time well spent:…
Welcome to Sector K… ?
This is how we read, this is how we understand written text. A letter is missing, the word is misspelled – and yet, we immediately understand what is…
Wobbly Bridge I Arch Bridge / Wobbly Bridge II Suspension Bridge
Suspension bridge – an arch bridge viewed from a different angle and subjected to a different load. Resembling a suspension bridge, the chain bridge reflects…
Wooden machine A
Levers on all sides. It looks like a ship engine and provides plenty to do. Operate the levers with your hands, with your feet, on all four sides of this…
Wooden machine B
The Elk. Or is it a dinosaur? Everyone can decide according to their own preference. Elk or dinosaur, the game works like this: first, use the levers, then…
Wooden machine C
The swing rises. With each button press, the ball moves a little higher. On one side, the button lifts it, on the other, the swing drives the ball lift. At «…
Wooden machine D
How? Where? What? Foot pedal: Drives the ball lift. Gear lever: Influences the descent path. Crank with wheel: Keeps the ball in play. by Pierre Andrès: « On…
Wooden machine F
Delicate sounds. It recalls a log of wood. But the sounds of this machine are more subtle, and the joyful rhythm is different from chopping wood. Operate the…
Wooden machine G
Tug the rope. The marble lift rises, floor by floor, with no display, no button. Here, you are the motor! Your pull on the rope sets everything in motion. At…
Wooden machine H
What's it about? Go up as fast as possible. Go down as slowly as possible. Is that the plan? If you set your own goal: that’s exactly the inventor’s…
Wooden machine I
The good-natured elephant. Rock the lever back and forth, and the ball climbs up, moves over the back, and rolls forward to the trunk. A strong sense of…
Wooden machine L
Wheel, plunger, slider. Turning the wheel launches the ball into play, almost like a pinball machine. The second launch option, using the plunger, makes it…
Wooden machine M
Left side / Right side. Which path will the ball take after starting? And where will it finally end up? Left or right, both sides offer exciting routes to…
Wooden machine N
Pinball. Unlike a classic pinball machine, the ball starts at the top. The position of the two levers determines its path downward and how long it stays in…
Wooden machine O
Piano play. The six keys of this machine serve as controls. They guide the way up – and back down again. Ready for another round? Machines to play, artworks…
Wooden machine P
Steering the ball’s path. On this “tennis racket,” the ball stays in place even without special skill. But to navigate through the labyrinth, you need to…
Wooden machine Q
Around the tower. Start on the seesaw, then, clack, clack, clack, floor by floor, the ball moves down the tower to the exit. Machines for playing, artworks…
Wooden machine R
Unicum. Unique in this park of unique machines: the balls are green and black. They move without ever being touched. Pierre Andrès, creator of the “Machines…
Wooden machine S
Understanding time and space. At the heart of Pierre Andrès' reflections was the intention to make the dimensions of space and time tangible, even for young…
Wooden machine T
Seesaws in motion. Two seesaws influence each other. At the start, the ball sets the movement of the next ball in motion. Machines for play, artworks to…
Zen-Brunnen
This exhibit is not accessible during the winter months. What does the water pumped up from the last two pumps of the water feature do? It combines to drive a…
Small building blocks, big effects: Design your chain reaction
A small impulse can change the world. The flap of a butterfly's wings that triggers a hurricane on the other side of the world, or the cry of a mountain…
Acoustics
Aggregate states
Algorithms
Animals, plants, habitats
Atomic and quantum physics
Atomic structure
Automats
Biology
Buoyancy
Chaos
Characteristics of life
Chemical Reactions
Chemistry
Colors
Computer science
Cryptology
Currents
Data and information
Design elements
Earth sciences
Electricity
Electricity and energy
Electricity and magnetism
Elektromagnetismus
