What a night! Reporting back from the LNDW at SCIoI

What could be more exciting than an entire night dedicated to science experiments? An entire night dedicated to scientists at SCIoI! This year’s Lange Nacht der Wissenschaften at SCIoI featured a very mix variety of events, from robotics demonstrations for the whole family to experiments on decision making, games involving interactive fish projections, eye-movement games and optical illusions, and a very interesting talk on collective intelligence. The entire evening saw a constant flow of families with children, students looking for study inspiration in the field of intelligence, seniors who want to learn more about the advances of AI, and curious citizens. Meanwhile at the main building of the TU Berlin, SCIoI got together with the other seven Berlin clusters for its annual Excellent Pub Quiz, which also turned out to be a great success.

Here’s an overview of our events:

Collective behavior in the spotlight

How can group structure influence the spread of behavior? To answer this compelling question, Maryam Karimian presented a digital demo in the SCIoI Discovery Lab. “I walk visitors through the concept of behavioral contagion,” explained Maryam during the event. “In my digital demonstration I show them how the systematic manipulation of certain factors can have an impact on the dynamics of collective behavior.” The lab also featured SCIoI’s very popular interactive fish projection, a favorite among children and adults alike. As researchers Palina Bartashevich, David Mezey, and David James explained it, the game is essentially a fish hunt: There’s an ocean projected on the floor, and an interactive school of fish swimming about. With the help of a special stick, visitors take on the predator role and try to catch fish –– or just play with them, to observe their collective behavior in emergency situations. “We’ve been to three different LNDW buildings at TU today,” said 10-year-old Ayan, “but the fish projection was by far the best event.” And for those who wanted to learn more about why these fish behave the way they do, Pawel Romanczuk held 30-minute talks on swarm intelligence and on how math can help understand it.

Drawing with your eyes

Did you know that eye movements, as quick and imperceptible as they are, provide a window into the brain? Back in the vision lab, Julie Ouerfelli-Ethier, Falk Young de Lacerda Tavares, and Almila Esenran ran two different experiments to explain how eye movements work and how they can be observed via eye tracking. Visitors had a chance to sit down in front of the eye tracker and draw something on the screen, just by moving their eyes. “It was hard to draw what I wanted as my eyes moved so fast,” said Moses (9 years old) “but it was really fun!”

Meeting the robots

Up on the 5th floor, at the Robotics and Biology Lab, visitors were able to experience the future of robotics firsthand. They controlled a soft, human-like robotic hand that adapted to its surroundings, felt what it touched, and recognized objects without seeing them—thanks to sensors embedded in its squishy fingers. The researchers also explained how the fingers/hands are manufactured in the lab, while live demonstrations by Furkan Davulcu, Patrick Lowin, Huu Duc Nguyen, Aravind Battaje, and Martin Splettstößer showcased grasping, manipulation, and intelligent interaction, and guests had the chance to try all of it themselves. One highlight was the robot escape room, where Pu Xu and Adrian Pfisterer presented an intelligent system solved puzzles, operated furniture, and attempted to open the door—just like a human would.

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