BETA
Chapter 1
Merging muscle and metal
Chapter 2
The self-sustaining life support
Chapter 3
Connecting brains to machines
Chapter 4
Designing the bio-hybrid vehicle
YOUR GOAL
Master of Building a self-sustaining cyborg vehicle
Ch 1 · Merging muscle and metal
007skaty Time your electrical pulses to learn how living muscle tissue drives a mechanical vehicle.
007skaty Merging Muscle and Metal
Muscle and metal, muscle and metal / Grown in a lab to make it move.
007skaty In 2022, Harvard biophysicists engineered an autonomous bio-hybrid vehicle using human heart cells contracting in a closed-loop rhythm
007skaty A futuristic bio-hybrid vehicle glows with neon holographic accents on a dark background.
Fun Fact
Brain power: A human brain runs on just 20 watts of power, which is less than a typical refrigerator lightbulb.
Glossary
biohybrid (noun)
A system or device that combines living biological components with synthetic or mechanical materials. In 2026, researchers engineered a synthetic musculoskeletal chassis utilizing lab-grown human myocytes and titanium scaffolds.
A system or device that combines living biological components with synthetic or mechanical materials. In 2026, researchers engineered a synthetic musculoskeletal chassis utilizing lab-grown human myocytes and titanium scaffolds.
007skaty Harvard biophysicists built a swimming synthetic fish powered by human heart cells.
Quiz
What is the name of the scientific field that uses lab-grown brain cells for computing?
Quiz
In 2018, which university built a bio-hybrid robot using living rat muscle tissue?
Quiz
Which startup created the 2022 DishBrain experiment where brain cells learned to play Pong?
Quiz
What is the primary advantage of using biological muscle tissue over mechanical motors?
Quiz
What type of cells powered the 2022 autonomous bio-hybrid fish built at Harvard University?
Quiz
What biological part was used to help a drone detect smells in a 2020 Tokyo study?