I have been focusing on purifying the model compound using recrystallization, which is more meticulous and involves more trial and error than I had initially expected. I am suddenly reminded of a general chemistry that I have learned but could better understand.
Now, I am solely focused on chemical synthesis, creating the target molecule using reactants suggested by my supervisor, and conditions suggested from journals, such as solvent(s) used, the ratio of solvents if more than 1 solvent is used, the order by which reactants are added, the dehydrating a
Recently, I have been assigned more chemical reactions and NMR analyses to perform. I have performed a polymerization but am struggling to precipitate the solution. I have also performed the boronic ester synthesis using two methods—ball-milling and co-grounding.
Recently, I have passed my safety training by my supervisor and have been approved to work independently but not alone. This is for safety purposes. I am soon going to be entrusted with performing certain reactions that have unfurled in my supervisor’s head.
For the last two weeks, I have learned a variety of techniques, such as NMR spectroscopy and analysis, synthesis of PIM-1, PIM membrane casting, PEIS (potentiometric electrochemical impedance), CP (chronopotentiometry), GCPL (galvanostatic cycling with potential limitation), and EC Lab.
I am a Chemical Engineering major who likes nurturing curiosity and laughing with family, friends, and random strangers I meet! I applied to Cal Energy Corps, because my Personal Statement revolved around climate change solutions and this was a tribute to that.