Obviously the fact this is coinciding with the New Year brings up the idea of New Year's resolutions. I like the idea of New Year's resolutions, but why decide to start something on a particular date, such as January 1? I think it is pretty well agreed upon that these date-specific resolutions tend to die untimely deaths usually before the end of February, which is ironic since its the shortest month. For me, using this date as opposed to October 15th, is that this is a good transition time. I am done with my teaching heavy semester, which is why I didn't attempt to start this October 15th, because I knew it was unlikely to be successful. Also the holidays are done, so there was essentially chaos for two weeks and now it's time to establish a new routine for the upcoming semester. Writing, for fun, is one way I can ease back into a routine.
Things I'm looking forward to this upcoming semester:
- Being able to attend more seminars in person. In the fall, basically the big ones for me occur either when I'm teaching or end about five minutes before I need to start teaching. I love the option of attending online, so I can listen and see the slides but can leave early without being disruptive.
- Reading more science. Time limitations in the fall kept me focused on those papers to help with teaching, manuscript prep, and a grant submission. Now I'll have more time to read things that just look interesting (another resolution is to read a paper a day unrelated to my research interests, which I'm starting after my vacation which starts soonish).
- Read more for fun. I never stop reading but have much less time for it in the fall, usually just before bed. Now I have more time to read for enjoyment. I already started that but will emphasize it in my vacation and continue on....probably until next fall semester.
- Time to brew! I have a bourbon barrel porter aging in a bourbon barrel (an Xmas gift) right now, but that's it. :(
So some science things I'm thinking about and have been for quite awhile. Why does sexual reproduction exist? What control species barriers? How do endosymbionts become plastids/mitochondria? What should my next science tat be (I already have this one figure out, just need to get it.)?
Ok, I have accomplished day 1 of writing for my personal benefit. No need to go on and on and on and on.
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