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Week 8: Nanotech + Art

Lotus flower. I came into this week having little to no knowledge about nanotechnology, and while I still found myself getting a little lost during the lecture videos, I feel like I learned important information about a topic that is extremely relevant in the scientific world today.   In the lecture video part 3, one topic that really caught my attention was when Professor Gimzewski introduced the compound called titanium dioxide.   This nanoparticle has self-cleaning properties that are also found in the Asian Lotus plant.   When looking at the lotus plant with a reflection electron microscope, you can see that the leaves are not smooth, but instead have small waxy bumps.    This design has been adopted in the nanotechnology field to create surfaces that are water resistant and self-cleaning.   I think this technology can and will be extremely useful in several instances in our society.   Being able to manufacture materials th...

Week 3: Robots + Art

Original printing press design. In response to this week’s material, I focused primarily on the ideas presented in lecture regarding the evolution of technology beginning with the industrial revolution all the way up to the present popularity of robots.   In Lecture Part 1, Professor talked about how the invention of the printing press is what sparked the exchange of knowledge around the world, which was vital in the development of some of recent history’s most brilliant minds.   However, I feel that during the development of technology since this time period, we have turned this method that once helped to spread knowledge and ideas into a mechanism that doesn’t make us think at all.   I think this was the biggest juxtaposition that I noticed while reading the material this week, especially in the piece written by Walter Benjamin.   Walter Benjamin             Futuristic robot model. ...

Week 6: BioTech + Art

 This week, I was interested in learning about the topic of BioTechnology and Art because I feel that now more than ever, this field is rapidly becoming integrated into our society.  In Lecture Part 1, I found the conversation about the fluorescent bunny, named Alba, to be extremely interesting.  This bunny was injected with bioluminescent genes from a jellyfish as a fertilized egg, and now is basically glow in the dark. Alba, the genetically modified bunny. In the scientific world, this manipulation genetic engineering of the bunny can be linked to several purposes.   These scientists were hoping to be able to use the bioluminescence to place on certain genes in the human body and see how they move throughout the bodily systems.   This is especially important in cancer research because if scientists were able to detect and track cancer cells in the body, it would lead to faster detection and hopefully initiation of treatment.   Eduardo Kac ...