🧠Neuroscience education and equipment are currently limited to major universities and institutions.
🎓There is a need to teach students about neuroscience earlier in the education process.
💡Backyard Brains is a company that aims to make neuroscience equipment affordable and accessible.
🔬Backyard Brains allows amateurs and high school students to participate in neuroscience discoveries.
🧪The company's DIY neuroscience equipment enables recording and analysis of brain signals.
Why is neuroscience education limited to major universities and institutions?
—The complexity and cost of equipment make it inaccessible to most other educational settings.
Why is it important to teach students about neuroscience?
—Neurological disorders affect a significant portion of the population. By educating students about neuroscience, we can foster greater interest and potential solutions to these disorders.
What is Backyard Brains?
—Backyard Brains is a company that produces affordable neuroscience equipment, allowing amateurs and students to learn about and conduct experiments in neuroscience.
Who can benefit from Backyard Brains' equipment?
—Backyard Brains' equipment is suitable for amateurs, high school students, and anyone interested in neuroscience.
What can be done with Backyard Brains' DIY neuroscience equipment?
—Backyard Brains' equipment enables the recording and analysis of brain signals, allowing users to better understand the workings of the brain.
00:14The brain is a complex and fascinating organ, but limited access to neuroscience education and equipment hinders our understanding of how it works.
00:45One out of five people worldwide will experience a neurological disorder, yet there are currently no cures available.
01:08Backyard Brains is a company founded by two graduate students who aimed to make neuroscience equipment more accessible and affordable.
02:06The company's DIY neuroscience equipment allows amateurs and high school students to participate in neuroscience discoveries.
03:15Through demonstrations, the speaker shows how the equipment can record and analyze brain signals in real time.
04:17The speaker demonstrates how electrical signals from one person's brain can be injected into another person's hand, showing the control the brain has over our movements.
04:59The audience is encouraged to embrace the neuro-revolution and the potential for greater understanding of the brain.
05:49The talk concludes with applause and excitement for the future of neuroscience.
