Dr. Condeiu’s presentation on synthetic organic chemistry was a rewarding experience because he touched on some very important concepts. Not only did he mention many of the things discussed in class in terms of real world examples, but he also brought a human face to being a synthetic organic chemist, and also mentioned several examples of synthetic challenges he has personally faced. Dr. Condeiu showed some real life examples of themes we discussed in class. In particular, I found his example of how stereochemistry is preserved during the hydrolysis of nerve agents intriguing. I also found it interesting that Phosphorus-Oxygen double bonds are common in nerve agents. Although not surprising, I never would have suspected it. Dr. Condeiu also showed how chiral centers are important in reaction mechanisms, which I think was great. I also found Dr. Condeiu’s discussion of the business side of chemistry thought-provoking, particularly as it relates to the pharmaceutical industry. I was quite shocked when he …show more content…
Condeiu brought up some instances of synthetic challenges he has faced. In one story, he mentioned how inexperienced chemists cost a company $20 million because they threw away the wrong phase from a separation column. It reminds me very much of the mistakes I and many of my classmates made in Organic Chemistry Lab made when we would discard the wrong layer from a separation. Another thing that surprised me was how some reactions have a hard time scaling up. I always took for granted that if you had enough money, you could increase the size of any reaction with a larger vessel. I learned that is not true, and doing so might actually be dangerous. One of my favorite lines from the night was the tagline, “small molecules, big ideas”. Dr. Condeiu explained that sometimes even the smallest molecules can have the best functionality. However, sometimes the contrary can also be true. Big molecules can sometimes yield small
The information on the pH of the ocean was really interesting. She explains well how one tenth of a difference in pH makes a huge difference in the ocean life (p 114). I think it makes the topic approachable for the
Cultural Clash “Interpreter of Maladies” by Jhumpa Lahiri recounts the excursion of an American family to India through the eyes of its driver, Mr. Kapasi. The bicultural family represents an affluent yet ultimately miserable lifestyle. Mr. and Mrs. Das are a young couple with severe marital issues, with their carelessness most manifest in how they treat their children. By contrast, Mr. Kapasi sacrifices his career aspiration to pay for his son 's medical bills and remains faithful to his wife, despite their loveless marriage. As the story progresses, Mr. Kapasi’s initial desire for an intimate relationship with Mrs. Das transforms into disenchantment as he perceives the unbridgeable gap in cultural values.
How Dr. Claire C. Patterson Won against the tetraethyl lead industry Dr. Claire C. Patterson was a chemist that worked on the Manhattan Project. (20th century geologist page 1) his greatest contribution to all life on earth was the discovery of lead pollution from tetraethyl lead through the air, and later the discovery of the age of the earth. Dr. Patterson was considered a renegade scientist for fighting against Doctor Kehoe, a toxicologist, who supported the oil company. “Patterson was an expert in analyzing trace elements; Kehoe was a doctor who was in the pocket of the petroleum industry. Patterson saw rising levels of lead in the environment as a consequence of its uses a fuel additive; Kehoe was getting paid to sow doubt.
As I have mentioned before in the previous paragraph that I like chemistry
In the essay “Practicing Medicine Can Be Grimm work” written by Valerie Gribben, as a starting medical resident, she correlates her experiences to the Grimm Brothers fairy tales. Gribben's during her undergrad, studying Victorian tales and never thought that those stories would ever be relatable to real-life situations; however, during Gribben’s first day in residency, that idea changed. “The Grimm fairy tales once seemed as if they had taken place in lands far, far away, but I see them now in my everyday hospital rotations,” emphasizing that those fairy tales that seemed once as impossible to occur are occurring throughout her rotations. Gribben finds it comforting that she can connect her rotation patients to the Grimm tales and not shaken
The backwards bicycle video was very intriguing. Just like Destin said, I thought I would be able to ride the altered bike, but I could probably catch on faster than he did. Also, his references to psychology and how children learn faster than adults was very interesting too. At the end of the video, Destin stated that he had learned three things from this experience: welders are smarter than engineers, knowledge doesn’t equal understanding, and truth will always be truth can be applied to Hermann Hesse’s Siddhartha in some form or fashion.
It made me realize that we take for granted our fluency. It affects all aspects of these individuals lives. These individuals were very inspiring and made me see that it is possible to overcome an obstacle as challenging as a stutter. Not only does it affect individuals but it affects their families as well.
Overall, I think that Dr. Diab gave a great presentation that was both informative and relevant. One great strength was having the presentation revolve around his career. Instead of just standing up and lecturing on things that were done, Dr. Diab brought a personal side to synthetic organic chemistry that I think was great to see. At times, his stories did trail off and sometimes it was hard to understand what the punchline was. I was unsure if the concepts he was presenting were things he personally worked on or just background knowledge.
Once more, I learned about the steps needed to ensure fair clinical trial (blinding and the randomization theory), and about the effects of placebo when compared to “sugar pills”. Last but not least – I have discovered the truth behind spinach, and the bullshit my parents have
His delivery skills, were good, but not great. He has great vocal projection, composure, and body movement. Although, the only negative impression was his eye contact. He was reading off his paper a lot, but I think his vocal projection made up for it.
It’s so important to be prepared and so many people don’t even try. I liked how they put disasters into perspective. People always hear the statistic and don’t think about how many people are being affected by that statistic. We hear “one in a million chance” but we don’t stop to think about the fact that there’s 7.6 billion people on the planet. I also appreciated the advice to teach about preparedness and not the hazards.
In fact, Amy Cuddy made the talk very interesting by talking about the different experiments she did and by giving tips. In my opinion, she made the talk very relatable by using different situations that everyone goes through. The tips that she gave also made it very interesting to watch because it made me want to try different things she was discussing for myself and see if they work. For this reason, the was talk very interesting and got her point across well. Additionally, Cuddy used diverse elements to convey her ideas and main points.
Mr. Sauro use of visuals and I find the idea of there being thousands of miles of unexplored cave systems being scattered around the world highly fascinating. The mountains that held the caves that Mr. Sauro explorered looked like the mountain from the scene from Avatar. I respected the fact that Mr. Sauro and his team treated the area that they were exploring with respect and trying to keep human contamination to an absloute mininon. They also showed the native people the pictures of the cave which i thought was a nice thing to do. I choose this TED talk because I would like to one day go Spelunking, and seeing what other people have found inside unexplored caves is truly exciting.
The most interesting discussion that I initiated was on the noble gas, Xenon. It was during a chemistry lecture when I learnt that this inert gas was used during surgery as an anesthetic agent. This agent affects our nervous system upon administration and is quite potent compared to other agents such as nitrous oxide. I became more curious about Xenon and its role in human biochemistry so I found a detailed but well-written report on it from the Anthroscopy Association of North America (AANA)'s journal.
If used to too much of an excess this amine compound can go into waste streams and be released into the environment. By implementing catalysis into pharmaceutical production processes the need for exploiting stoichiometric ratios can be removed and a more efficient process created. Figure 4 highlights these inefficiencies of the pharmaceutical industry (National Research Council, 2005,