Lange Nacht der Wissenschaften im CSMB
Sweet Layers
In our interactive workshop, we demonstrate the art of coating processes—which we use in the production of solar cells and other innovative applications—through the creation of delicious crêpes. In particular, slot-die and doctor-blade coating techniques give us fascinating insights into the world of materials science and renewable energy. But that’s not all—once we’ve revealed the secrets of perfect layering, you can, of course, enjoy your own homemade treats!
Foyer; 17:00-22:00 🧒🧑🦽
The Fantastic Kids’ Lab
Welcome to the Fantastic Kids’ Lab! Wearing lab coats, safety goggles, and gloves, children step into the role of real scientists. In a miniature glovebox, they mix colorful “chemical” solutions and assemble a 3D-printed solar cell—learning hands-on and playfully how research works and how solar energy is created.
Foyer; 17:00-23:00 🧒🧑🦽
Invisible Landscapes: The Beauty of Molecules on Surfaces
How do molecules organize on surfaces? By using Atomic Force Microscopy (AFM) and Scanning Tunneling Microscopy (STM), we are able to visualize individual molecules in real space on atomically flat surfaces. With a simple in-house model and live images, we explain how these techniques work and why they are so important for science. Children are invited to explore the nanoworld via a simple experiment – for up to 8 participants.
Foyer; 18:30-22:30 🧒🧑🦽🇬🇧
Solar Race
Can berries generate electricity?
Ready, set, sun! In the Solar Race, children use real solar panels to power their little cars. By experimenting and tinkering, they discover how sunlight sets things in motion, make their cars faster, and compete against each other in an exciting solar-powered race.
Foyer; 17:00-23:00 🧒🧑🦽
The World of Colorful Molecules
What do glow sticks, sunscreen, and 3D printing have in common? Light! In exciting hands-on experiments, we show how photochemistry, the interaction between light and molecules, accompanies us in our everyday lives. A colorful experience – for up to 10 participants!
Foyer; 18:00-22:00 🧒
PlanckPlay – Physics United
PlanckPlay is a 3D-printed representation of the sixteen tetrahedra that form the Planck’s Hexadecachoron — a 4D metamodel of physics. It shows how physical theories get together, based on the four fundamental constants introduced by Max Planck in 1900: G, c, h, and kB. PlanckPlay is also a tangible and engaging educational tool. Each puzzle piece represents a theory or area of physics — and invites you to discover the connections for yourself.
Foyer; 17:00-21:00 🧒🧑🦽
Inkjet Printing Lab
In our interactive workshop, we demonstrate the art of coating processes—which we use in the production of solar cells and other innovative applications—through the creation of delicious crêpes. In particular, slot-die and doctor-blade coating techniques give us fascinating insights into the world of materials science and renewable energy. But that’s not all—once we’ve revealed the secrets of perfect layering, you can, of course, enjoy your own homemade treats!
Foyer; 17:00-22:00 🧒🧑🦽
FAIR Data – How Does It Work?
Visit us at our booth during the Long Night of Science and dive into the world of research data. Playfully discover what information and infrastructure are needed to store, explore, and analyze data, and the role programming plays in the process. See for yourself what fair, digital research data management looks like—fun for young and old alike!
Foyer; 17:00-23:00 🧒🧑🦽
At CSMB,
you have the opportunity to join a guided tour of the integrated laboratory. There, you will learn how scientists use these highly complex systems and instruments to fabricate hybrid devices, such as perovskite solar cells. You will also have the chance to ask researchers questions about their work and exchange ideas with them on the topic of “materials of the future.”
Foyer; 17:30-22:30 🧒
Little Scientists Photo Booth
At our Photo Boot Box, children can step into the role of scientists! With lab coats, safety goggles, and scientific accessories, they transform into little researchers. Parents can capture this special moment with a keepsake photo.
Foyer; 17:00-23:30 🧒🧑🦽
Coloring corner
We have found that many children need a little break from time to time, especially in the later evening. Our art corner with paper and colored pencils provides them with a creative retreat to process their experiences, relax, and recharge.
Foyer; 17:00-23:00 🧒🧑🦽
Berry-Powered Solar Cells
Can berries generate electricity?
At this colorful station, children create their own organic solar cells using juices, teas, and other natural ingredients. Through mixing, painting, and experimenting, they discover how colors from nature capture light and turn it into energy—science that inspires wonder!
Foyer; 17:00-22:00 🧒🧑🦽
12 Punkte
AG UNGER:
- „Süße Schichten“ In unserem interaktiven Work-shop demonstrieren wir die Kunst der Beschichtungsprozesse, die wir für die Herstellung von Solarzellen und anderen innovativen Anwendungen einsetzten anhand der Herstellung köstlicher Crêpes. Insbesondere die Schlitzdüsen- und Rakelbeschichtungstechniken bieten uns faszinierende Einblicke in die Welt der Materialwissenschaften und der erneuerbaren Energien. Doch das ist nicht alles – nachdem wir die Geheimnisse der perfekten Schichtung enthüllt haben, dürfen Sie Ihre selbstgemachten Leckereien natürlich auch genießen!
- „Das fantastische Kinderlabor“ (I slightly modified this one) Willkommen im fantastischen Kinderlabor! In Laborkittel, Schutzbrille und Handschuhen schlüpfen Kinder in die Rolle echter Wissenschaftlerinnen und Wissenschaftler. In einer Miniatur-Glovebox mischen sie bunte „chemische“ Lösungen und bauen eine 3D-gedruckte Solarzelle – spielerisch und hands-on entdecken sie so, wie Forschung funktioniert und wie Solarenergie entsteht.
- „Inkjet-Printing-Labor“ Wusstest du, dass Tintenstrahldrucker viel mehr können als nur auf Papier zu drucken? An dieser Station entdecken Kinder, wie Inkjet-Printing in echten Laboren zur Herstellung von Solarzellen genutzt wird. Spielerisch und hands-on erleben sie, wie das Drucken funktioniert und wie winzige Tintentröpfchen Bausteine für Solarzellen werden.
- „Solar-Rennen“ Auf die Plätze, fertig, Sonne! Beim Solar-Rennen nutzen Kinder echte Solarmodule, um ihre kleinen Autos anzutreiben. Durch Ausprobieren und Tüfteln entdecken sie, wie Sonnenlicht Dinge in Bewegung bringt, machen ihre Autos schneller und treten in einem spannenden, solarbetriebenen Rennen gegeneinander an.
- „Beeren-Solarzellen“ Können Beeren Strom machen? An dieser bunten Station stellen Kinder ihre eigenen organischen Solarzellen aus Säften, Tees und anderen natürlichen Zutaten her. Beim Mischen, Malen und Ausprobieren entdecken sie, wie Farben aus der Natur Licht einfangen und in Energie verwandeln – Wissenschaft zum Staunen!
AG HECHT
- Die Welt der bunten Moleküle
Coordinator: Sebastian Inacker
Was haben Knicklichter, Sonnencreme und 3D Druck gemeinsam? Licht!
In spannenden Mitmach-Experimenten zeigen wir, wie uns die Photochemie als Zusammenspiel aus Licht und Molekülen im Alltag begleitet. Ein farbenfrohes Erlebnis!The World of Colorful Molecules
What do glow sticks, sunscreen, and 3D printing have in common? Light!
In exciting hands-on experiments, we show how photochemistry, the interaction between light and molecules, accompanies us in our everyday lives. A colorful experience!Lab: 2.131 Time: max. 30 min Group Size: max. 10 people
- Unsichtbare Landschaften: Die Schönheit von Molekülen auf Oberflächen
Coordinator: Filippo Giovanni Fabozzi
Wie ordnen sich Moleküle auf Oberflächen an? Mit Hilfe der Rasterkraftmikroskopie (AFM) und der Rastertunnelmikroskopie (STM) können wir einzelne Moleküle im realen Raum auf atomar glatten Oberflächen sichtbar machen. Anhand eines einfachen Modells aus unserem Haus und Live-Bildern erklären wir, wie diese Techniken funktionieren und warum sie für die Wissenschaft von so wichtiger Bedeutung sind. Kinder sind eingeladen, die Nanowelt durch ein einfaches Experiment zu erkunden.
Invisible Landscapes: The Beauty of Molecules on Surfaces
How do molecules organize on surfaces? By using Atomic Force Microscopy (AFM) and Scanning Tunneling Microscopy (STM) we are able to visualize individual molecules in real space on atomically flat surfaces. With a simple in-house model and live images, we explain how these techniques work and why they are so important for science. Children are invited to explore the nanoworld via a simple experiment.Lab: 2.-120 Time: max. 30 min Group Size: max. 8 people
FAIRMAT
- Title:
FAIRe Daten – Wie funktioniert das?
Description:
Besuchen Sie uns während der Langen Nacht der Wissenschaft an unserem Stand und tauchen Sie ein in die Welt der Forschungsdaten. Lernen Sie spielerisch, welche Informationen und Infrastrukturen notwendig sind, um Daten zu speichern, zu erkunden und zu analysieren, und welche Rolle das Programmieren dabei spielt. Machen Sie sich selbst ein Bild davon, wie faires, digitales Forschungsdatenmanagement aussieht. Ein Spaß für Jung und Alt!
AG HYD (PAUL)
- Unser Plan ist ein Quiz am Monitor mit mit Belohnung ( Rohrpost gefüllt durch quatschrobo) 3d gedruckte wackelaugentierchen und ähnliches und süßes.
- die führungen im verbundlabor würden wir dann wieder erfüllen
CSMB
- Photobootbox
- Malecke
Matters of Activity
- PLampe:
Jose: Iplan to have a stand, similar to last year, for the PlanckPlay, so that people can play with the puzzles. I won’t need the seminar room.
I will need a table, three chairs and some space around the Plamp controller to place the table.
AG CTKOCH? AGNKOCH? PLAMPE?
The Fantastic Kids’ Lab
Welcome to the Fantastic Kids’ Lab! Wearing lab coats, safety goggles, and gloves, children step into the role of real scientists. In a miniature glovebox, they mix colorful “chemical” solutions and assemble a 3D-printed solar cell—learning hands-on and playfully how research works and how solar energy is created.
Foyer; 17:00-23:00 🧒🧑🦽
Sweet Layers
In our interactive workshop, we demonstrate the art of coating processes—which we use in the production of solar cells and other innovative applications—through the creation of delicious crêpes. In particular, slot-die and doctor-blade coating techniques give us fascinating insights into the world of materials science and renewable energy. But that’s not all—once we’ve revealed the secrets of perfect layering, you can, of course, enjoy your own homemade treats!
Foyer; 17:00-22:00 🧒🧑🦽
Little Scientists Photo Booth
At our Photo Boot Box, children can step into the role of scientists! With lab coats, safety goggles, and scientific accessories, they transform into little researchers. Parents can capture this special moment with a keepsake photo.
Foyer; 17:00-23:30 🧒🧑🦽
Coloring corner
We have found that many children need a little break from time to time, especially in the later evening. Our art corner with paper and colored pencils provides them with a creative retreat to process their experiences, relax, and recharge.
Foyer; 17:00-23:00 🧒🧑🦽
At CSMB,
you have the opportunity to join a guided tour of the integrated laboratory. There, you will learn how scientists use these highly complex systems and instruments to fabricate hybrid devices, such as perovskite solar cells. You will also have the chance to ask researchers questions about their work and exchange ideas with them on the topic of “materials of the future.”
Foyer; 17:30-22:30 🧒
FAIR Data – How Does It Work?
Visit us at our booth during the Long Night of Science and dive into the world of research data. Playfully discover what information and infrastructure are needed to store, explore, and analyze data, and the role programming plays in the process. See for yourself what fair, digital research data management looks like—fun for young and old alike!
Foyer; 17:00-23:00 🧒🧑🦽
