This course studies how bioart blurs distinctions between science and art through the combination of artistic and scientific processes, creating wide public debate. It explores the history of biotechnology as well as social implications of this science.
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Anna’s presentation on using virtual reality to augment the experience of working out was really inspiring. I did not know about how advanced VR was as far as the human-technology interphase and her presentation inspired me to do some research on the subject. As Ana mentioned, the military uses virtual reality to train soldiers in handling dangerous situations by allowing them to experience the danger without being in harms way.
This week we got to see many classmates’ midterm presentations. They were actually very diverse and interesting. I thought it was crazy, how different each presentation was because no one really knew what to expect going in. Saying this there were definitely some that stood out to me based on my interests. One that stood out the most was Jake’s Dream machine proposal. I don’t remember the title of his proposal idea exactly, but the app that he was talking about was like a dream machine.
This past week we had midterm presentations. The 5 minutes limit was definitely challenging but did in fact convey the importance of time on the media.
Being neither vegetarian/vegan nor particularly conscious of meat consumption, I often hear that meat is damaging to the environment because of the cost of producing and maintaining livestock. There is ample scientific research to support this claim. Some statistics that I found were:
I was very interested in Anna’s presentation about integrating virtual reality into fitness. I don’t know much about virtual reality other than that machines like Oculus Rift are becoming more and more accessible and integrated into many different fields. I know from personal experience that I find it much more appealing to workout if I am attending some kind of class. That way I know that I am getting a well-balanced workout and it becomes much easier to push myself to work hard, compared to when I go to the gym alone and try to figure out what to do.
This week we had the pleasure of seeing each other present our midterm projects. Mona’s project about making photosynthetic humans particularly fascinated me because it bridges the divide between plants and animals such as to promote our growth on this planet and beyond. One potential addition to this project is to create photosynthetic hybrids to not only produce food, but to also produce oxygen. We could also venture into genomic editing and artificial photosynthetic devices to improve efficiency and production.
This week’s class was very intriguing. We got to experience Professor Victoria’s Brainstorming project in collaboration with Dr. Cohen. What interested me the most in this project was how it based on science but how it was aesthetically appealing as well. I really like the touch of the octopus crown and how it changes color based on electric waves from the brain. Even though we got to sit with the crown and imitated the scenario, I still cannot imagine how it would feel to be in sync literally with someone else.
As a molecular biologist, I only have a rudimentary understanding of neuroscience and had to do a fair amount of research on brain waves before being prepared to write this blog. The Brainstorming project by Dr. Vesna and collaborators was fascinating enough to sustain me on the endeavor of reading many neuroscience papers to obtain a grasp on the human nervous system. To my understanding, emotions and behaviors arise through neuronal interactions in the brain. Synchronized electrical pulses that result from neuronal interactions produce brainwaves.
This week I had a chance to see and experience the Octopus Brain Storming project. This project is a series of collaborative works between our professor Victoria Vesna and a Neuroscientist Mark Cohen, and this project is talking about the brain to brain communication. The idea is to see the brainwave from the brain to brain communication, the volunteers are stimulated by sounds, images or videos. Participants wear octopus crown, receive wireless signals from the EEG computer, and the color of LEDS have measured the similarity between the participants.
To me wearing the octopus crown is a really fascinating experience. Honestly I was very reluctant to take it off my head at that moment.
(Source: my own selfie)
This past week we got to see Dr. Vesna’s Octopus Brain storming exhibit, and I thought it was fascinating. Although I never tried on the crown, I thought it was a very entertaining thing to see.
This week, our class got the opportunity to experience an artistic piece which melds performance art and science. In this collaboration by Dr. Vesna and Dr Cohen, "Brainstorming", Individuals are allowed to wear helmets containing electrodes which record brain activity. The brain activity is then analyzed to illuminate the helmet a specific colour. Two individuals wear helmets and sit opposite from each other.
With the expansion of the internet and the ability to connect and share with people behind a glowing screen, it is refreshing to be able to just sit and try to listen and connect with someone on a deeper level. This week we experienced this sensation by visiting the “Brainstorming” project (Vesna, 2015). This piece aims to have individuals try to sync up their electrical brain activity, corresponding color of their octopus crown, and color-specific jazz music.
I thought that our visit to Professor Mark Cohen and Professor Vesna’s art Project “Brainstorming” was incredibly interesting. The only thing that could have made it more exciting would have been if it was up and running and actually was connected to my brain. I think that this is an awesome idea for an art piece and love the way that it links the complex, little-understood science and anatomy of the brain with free “thinking,” colorful art.
This week in class, we discovered Brainstorming, a collaborative work between Professor Vesna and Mark Cohen. The goal was to look into brain-to-brain communication when bombarded with different media, from images to videos. Brainstorming, Victoria Vesna. Source: (http://victoriavesna.com/brainstorming/).