Biotic Games-Playing with Living Cells

TL;DR

Biotic games allow users to interact with microorganisms at a microscopic level, enabling a new form of interactive learning and experimentation in biology.

Transcript

it's my pleasure to introduce you to today's speaker uh igmar del cusa um so i guess we start at the very beginning when he was 10 years old you know he discovered video games he taught himself to code with an enthusiasm towards video games and uh you know it's this type of enthusiasm you really see come up in his work later on uh you fast forward ... Read More

Key Insights

• 👾 Biotic games offer a unique and interactive way to explore microbiology.
• 👾 The games have potential applications for education, citizen science, and online experimentation.
• 👾 Robust and affordable technology is needed to make biotic games accessible to a wider audience.
• 👾 Ethical considerations and public engagement are crucial when using living organisms in games.

Questions & Answers

Q: How did Dr. Del Cusa become interested in using biotic games to explore biology?

Dr. Del Cusa's interest in video games and his background in experimental biophysics led him to the idea of using interactive games to study microbiology.

Q: What are some examples of biotic games developed by Dr. Del Cusa?

One example is a game where users manipulate single-celled organisms called paramecia using electric fields. Another example involves using touch screens to control the movement of euglena, another type of single-celled organism.

Q: What are the potential educational benefits of biotic games?

Biotic games have the potential to provide a more engaging and hands-on approach to learning about biology. They can teach children about mechanics, programming, and other scientific concepts in a playful and interactive manner.

Q: Are there any ethical concerns associated with playing biotic games?

The use of living organisms in games may raise concerns about animal welfare and the ethical implications of manipulating living organisms. However, Dr. Del Cusa emphasizes the importance of respecting life and engaging with the public to address these concerns.

Summary & Key Takeaways

• Dr. Igmar Del Cusa, a Stanford assistant professor, has developed biotic games that allow users to control microorganisms at a microscopic level.

• The games provide a unique opportunity to learn and experiment with biology through interactive play.

• The technology used in the games is advancing, and there is potential for wider dissemination and educational applications.