🇩🇪In unserem letzten #PoLComic sprechen wir über Schwarmintelligenz! Wie können die kleinsten Dinge komplexe Strukturen bilden?
Vollständige Version hier: physics-of-life.tu-dresden.de/news-events/...
Comic von Jon Chad: jonchad.com
#Biophysik #Wissenschaftskommunikation #Forschung
🇩🇪Wusstet ihr, dass Bioelektrizität während der Entwicklung wichtig ist? Erfahrt alles darüber in unserem nächsten #PoLComic! ⚡
Vollständige Version hier: physics-of-life.tu-dresden.de/news-events/...
Comic von Jon Chad: jonchad.com
#Biophysik #Wissenschaftskommunikation #Forschung
🇩🇪 Was ist Refraktion und warum ist sie für die Mikroskopie so wichtig? Das ist das Thema der heutigen #PoLComic!
Vollständige Version hier: physics-of-life.tu-dresden.de/news-events/...
Comic von Jon Chad: jonchad.com
#Biophysik #Wissenschaftskommunikation #Forschung
🇩🇪In unserem nächsten #PoLComic geht es darum, wie hydrophobe und hydrophile Moleküle unseren Zellen helfen, richtig zu funktionieren.
Vollständige Version hier: physics-of-life.tu-dresden.de/news-events/...
Comic von Jon Chad: www.jonchad.com
#Biophysik #Wissenschaftskommunikation #Forschung
🇩🇪Welcher Zusammenhang besteht zwischen Masse und Standfläche? Erfahren Sie alles über dieses wichtige Konzept in unserem nächsten #PoLComic!
Vollständige Version: physics-of-life.tu-dresden.de/news-events/...
Comic von Jon Chad: www.jonchad.com
#Biophysik #Wissenschaftskommunikation #Forschung
🇩🇪Warum sind alle Blasen Kugeln, und was ist Oberflächenspannung? 🫧🔍 Erfahre die Antworten auf diese Fragen in unserem #PoLComic!
Vollständige Version: physics-of-life.tu-dresden.de/news-events/...
#Biophysik #Wissenschaftskommunikation #Forschung
Comic von Jon Chad: www.jonchad.com
🇩🇪In unserem nächsten #PoLComic werden wir erforschen, wie Wärme biologische Prozesse beeinflusst. Dinge wie Zellteilung, Wachstum und Stoffwechsel können bei vielen Organismen durch die Temperatur bestimmt werden!
Vollständige Version hier: shorturl.at/thqNr
#Biophysik #Wissenschaftskommunikation
🫵🏼You are greater than the sum of your parts! But why exactly is that? For our final #PoLComic in English, we discuss emergent behaviours, which can result in some of the most amazing features we observe in nature (and in our own bodies). 🧬
Full version: physics-of-life.tu-dresden.de/news-events/...
🇩🇪Unsere Zellen sind Workaholics und brauchen viel Energie, um zu funktionieren! In unserem neuen #PoLComic erfahrt ihr alles darüber, wie Zellen Energie nutzen
Vollständige Version hier: physics-of-life.tu-dresden.de/news-events/...
#Biophysik #Wissenschaftskommunikation #Forschung
Did you know that cells can be guided by electric fields or currents? For episode 9 of the #PoLComic we highlight the importance of #electrotaxis during development⚡
Read the full version here: physics-of-life.tu-dresden.de/news-events/...
Comic by artist Jon Chad: www.jonchad.com
💡When light changes speed as it enters a new medium, it bends—bringing microscopic details in (or out) of focus. For our next #PoLComic episode, we explore refraction in microscopy🔬
See the full version at: physics-of-life.tu-dresden.de/news-events/...
#Comic by artist Jon Chad: www.jonchad.com
Inside your body, tiny membranes are made of special fats that are hydrophobic, and these membranes help to organize each of our cells! Read our next #PoLComic to learn more.
Created by Jon Chad: www.jonchad.com
Full version here: physics-of-life.tu-dresden.de/news-events/...
#sciencecommunication
Your cells are true workaholics, constantly using energy to fuel protein production, divide, and much more! For episode 6 of our #PoLComic we highlight the energy costs of cells.
Created by artist Jon Chad www.jonchad.com
Read the full version here: physics-of-life.tu-dresden.de/news-events/...
Why does food spoil faster when left outside of the fridge? This is because cell division, growth, and even metabolism can be determined by temperature in many organisms! For episode 5 of our #PoLComic we highlight how higher temperatures affect biological rates.
Full version: tinyurl.com/53j27jsr
How does our genetic material pack tightly into each of our cells without tangling? Through an amazing process known as DNA looping! Check #PoLComic episode 4 to learn how it works.
Full version here:
physics-of-life.tu-dresden.de/news-events/...
Comic created by artist Jon Chad www.jonchad.com
🇩🇪 We also have translated each of our #PoLComic episodes into the German language!
Read the full version on our website:
physics-of-life.tu-dresden.de/news-events/...
#Wissenschaftskommunikation #Forschung #Biophysik
How does a single cell know to become a heart, a brain, or a toe? 🤔 The answer lies in the world of morphogens! For episode 3 of our #PoLComic, we explore the importance of these fascinating molecules in our bodies during development.
Read more here:
physics-of-life.tu-dresden.de/news-events/...
Why are all bubbles spheres, and what is surface tension? 🫧🔍 Learn the answers to these questions in episode 2 of our #PoLComic! Created by artist Jon Chad, our comics aim to explain complex #biophysics concepts for all ages.
Read the full series:
physics-of-life.tu-dresden.de/news-events/...
Have you seen our #PoLComic yet? Communicating complex #biophysics concepts isn't easy - so we teamed up with artist Jon Chad to develop a #comic series to engage people of all ages! For episode 1, we discuss mass and surface area
Read the full series:
physics-of-life.tu-dresden.de/news-events/...
