In Their Own Words (Part 2)

In Their Own Words (Part 2) Continuing my last entry with even more tales of what my friends and fraternity brothers are doing this summer. Lawrence Barriner 11 (Course 6, of Skullhouse, formerly of Senior Haus): This summer I will be an intern at the Love At Work (LAW) missions camp. The camp, founded in 1993 by Killearn United Methodist Church in Tallahassee, Florida, began as an effort to provide repairs and basic necessities to homes of impoverished families in Gretna, Florida. Over time the project evolved into a multi-dimensional effort to help the residents of Gretna in all areas of life, not just housing. LAWs core mission is now the encouragement of spiritual growth in youth through service to others. The people of Gretna have repeatedly expressed their undying gratitude to the kids who roll in every summer to help us out. As I stated earlier, I will be staffing as an intern at LAW this summer. More specifically, I will be the multimedia specialist. I will be responsible for filming the work being done on each job site and the participants of the camp interacting with the local families and children. I will also be responsible for managing the technological aspects of the fellowship session each night (slide show, video editing, sound equipment, etc) and managing the camp website. On a more personal note, this camp means a lot to me (and that is an understatement if Ive ever seen one), as Ive attended LAW as a camper since I was able to and it has changed my life each and every time Ive gone. I am ecstatic to come back to LAW as an intern to glorify God and to show children that mission work doesnt have to be done across the world because there are areas in our own country that need help too. Harrison Bralower 11 (Course 2, of Putz): Im working in the Media Labs Tangible Media Group on a new version of their flagship musicBottles demo. Its pretty much an art pieceyou have these glass bottles sitting on a pretty glass plate and theyre RFID-tagged (and theres an antenna sitting in a pan that holds up the glass plate). When you take out the stopper from the bottle music plays, which releases the music trapped inside the bottles. Apparently this demo has been constructed several thousand times so officially its musicBottles 3.0 but its more like version 9 or 10. Eventually Ill probably be done with that and will work on other Tangible stuff, or so I hear. Emily Conn 11 (Course 2, of Simmons): Im off to be a girl scout camp counselor in Plymouth, MA Ive always wanted to go to summer camp. Im excited to work with the girls and besides all the traditional camp activities, Im particularly looking forward to a program on roller coasters: campers learn about the engineering behind them, ride them, and build a model of one themselves. Little do my campers suspect that they may actually be in for a crash course on some of 8.01yay! Caroline Figgatt 11 (Course 8, of Senior Haus): Im spending the summer UROPing on campus, working in a lab in the Center for Ultracold Atoms (a part of MITs RLE). The CUA is headed up by 2001 Physics Nobel laureate Wolfgang Ketterle, whose office and lab are just down the hall from my lab. My UROP advisor is Prof. Martin Zwierlein, an assistant professor who was my TA for 8.012 during the fall semester. Over IAP, I attended a number of lectures put on by the Physics Department. One of them was given by Martin; afterwards, I asked him if hed be interested in a UROP student for the summer, and a few days later I got an email from him confirming that yes, he would love to have me and had stuff for me to do. Lo and behold, I had a summer job. So far, that stuff has consisted of building components, mostly boxes containing electronics of various sorts. Ive only been working for a week and already Ive built a 15V power supply, an integrated power supply with three different voltage options, a light sensor, and started working on a temperature controller for a laser. Its pretty fun; Im getting a lot of experience soldering and cutting holes of various sizes in metal sheets. Martin (yes, were on a first-name basis :D) and my grad students have been feeding me theory along the way, too. The ultimate goal of my UROP is to help construct these components so that they can be put together to form a laser array that will cool atoms to mere millionths of a Kelvin; after that, evaporative cooling takes over and reduces the temperature further to only a few billionths of a Kelvin, hopefully inducing the atoms to form a Bose-Einstein condensate. Logistically speaking, Im working full-time (40 hours a week), and hours are flexible; when youre working in a lab where the grad students and prof tend to work from about 10am to 12am or later, they really arent too inclined to be especially strict about timing. Ive elected to work a pretty regular schedule of 10am to 6pm, Mon-Fri. This works nicely because I can go straight from lab to Z-Center to do the days weightlifting workout for varsity track, and then go home and have dinner afterwards. I also elected to get paid for this UROP by the UROP office (as opposed to receiving credit), so theyre giving me $9/hour, which is campus minimum wage. The people in my lab are all fantastic; Martin is good-natured to the bone and genuinely passionate about his work, and both characteristics are quite contagious. His graduate students Andre, Christoph, Cheng, and a few others are all very nice people. Besides the interesting mix of hands-on components engineering and physics theory, the summer is also proving to be an interesting experience because not only am I the only woman in my lab, Im also the only American and the only native English speaker (Martin, Andre and Chris are all German, and Cheng is Chinese). So Ive also been helping Cheng learn the grammatical difference between work and job, and explaining to Martin and Chris that although that plastic-y stuff around a wire does indeed isolate it from electrical charge, the word they really want is insulation. Also, Im cat-sitting for the worlds most adorable little tabby. I shall miss Kiki dearly when I must return her to her proper human at the end of the summer, a fellow Senior Haus resident and 11 who is out of town for the summer. But till then, I shall enjoy having a cute, friendly, snuggly kitty. =) Laurie Hakes 11 (Courses 5 and 8, of Senior Haus): This summer I am being awesome. Luckily, in addition to this full-time job, my powers of awesomeness allow me to also: play frisbee with my dog; go rafting; work at my hometowns local observatory part-time (We have one 16-inch scope that we use to take pictures of interesting objects, like globular clusters, nebulae, galaxies, and other Messier objects. My job is to run the imaging software, operate the telescope, process photos (learning how tomorrow), and keep people company (who wants to be alone at 2 am in the middle of nowhere?). Ill be sending you some processed photos soon; they are the shiznit); see movies with my peeps (Ive seen Prince Caspian and Iron Man already, and Ive only been home for a week. Next stop: Indiana Jones); buy glasses (OMG MY NEW FRAMES ARE SUPA-FLY); read (HP7 today, but Im planning on getting through Hardys Far From the Madding Crowd and Hofstadters Godel, Escher, Bach before going back to Beantown, and hopefully The Feynman Lectures before the summer is out); live at Fenway House for the summer; work full-time in Dr. Fields lab when I return to Boston in mid-June (Theyre studying metastable triplet species of acetylene, which are really cool because their lifetime is long enough to allow them to undergo collisions/energy transfers, unlike their singlet species counterparts which fluoresce before they can do anything interesting. Basically, there are LASERS and VACUUMS involved, so I was on board); hang with my peeps in Boston. Angel Irizarry 09 (Course 6, of Skullhouse): Ill be doing a software engineering internship at Intuit in Boston. Grace Kane 11 (Course 2, of Fenway House, formerly of Tetazoo): Unfortunately, nothing more exciting than Being In Scotland. Which would I suppose be exciting and awesome if I didnt, yknow, live there. Hope youre having a good summer. Try not to spend all of it blogging. :P Liz Maroon 10 (Course 12, of Burton Two): I recently went to an orientation for my NOAA Hollings scholarship in Silver Spring, Maryland, last week. It was fun; I met with the other scholarship recipients (mostly majors in meteorology, atmospheric science, environmental science, and related fields) from all across the country. We listened to NOAA officials discuss various work that NOAA does in anticipation of the NOAA internship well receive in summer 2009. (I could be working anywhere from Woods Hole, Massachusetts, to Norman, Oklahoma, to Hawaii in any NOAA site. :D) Im home this week chilling and finally catching up on sleep. In a week Im heading to Dayton, Ohio, where Ive got an REU (Research Experience for Undergraduates think of it as an NSFt-funded UROP) at Wright State University. As for exactly what Im doingwellIll find out soon! Louis Perna 09 (Course 16, of Skullhouse): Im in Pasadena, CA (just outside LA) working at NASAs Jet Propulsion Laboratory. My job is to take flight hardware for Mars Science Laboratory (the next rover being sent to Mars) and test it to make sure it will hold up in space and on the Red Planet. I spend most of my day in a clean room with the actual rover parts and with exact duplicates (for testing). I really like it! Shawn Westerdale 11 (Course 8 and 22, of Random Hall): Ill be working on a UROP with Peter Fisher and Jocelyn Monroe. The group Im working with goes by The MIT Dark Matter Group. Basically, were working to detect dark matter. The part that I am specifically working on is related to finding the z-axis projection of the dark matter through the detector. I will be programming part of the detector to reconstruct the tracks, and I will putting the different parts together so that they can all communicate properly (basically getting the data acquisition set up and running). This should help us weed out background noise in the detector and also give us a good understanding of the path of the dark matter wind through the detector (along with where it might be coming from).