The University High Energy Synchrotron Source Essay

For me future memories of my first job will involve spinning silicon wafers in acetone at one thousand RPM, crawling under massive quadrupole bend magnets to take measurements, testing the curvatures of X-ray analyzers with a Class 3R laser, and other such exhilarating yet mildly dangerous tasks. These tasks and several others like them have become part of my exciting everyday routine as a [they’re still deciding a title for me] at CHESS (the Cornell High Energy Synchrotron Source). Though technically just a position at a workplace, my experience at CHESS involving heavy learning by immersion, constant collaboration, and strongly diversified problem solving opportunities has allowed me a truly unique insight into the already fascinating field of physics and has drastically changed the way in which I approach challenges in general. Looking back, my transition from taking high school classes to helping conduct research at a federally funded synchrotron lab hosted by an Ivy League school was a byproduct of a crucial life decision I made as a high school freshman: to graduate a year early and, perhaps, take a gap year. While the idea of deviating from the normal educational trajectory seemed risky, I felt confident it would allow me a more fulfilling pre-college experience. Midway through junior year, I began a three month process of sending emails, waiting for replies, sharing documents, and meeting with researchers I finally secured a meeting at the Wilson Synchrotron Lab withShow MoreRelatedEssay about X-ray Absorption and X-ray Fluorescence Spectroscopy932 Words   |  4 Pages X-ray probe production by a synchrotron light source. To optimize the properties of nano-material and atomic level needs an elemental probe with resolution of 1nm. The nano scale probe helpful to provide the reproducible control over defects. The production of x-rays by relativistic electrons in accelerators is about 60 years old. The accelerator facilities used as synchrotron radiation sources have advanced significantly over the years, growing in utility to become a premier research tool forRead MoreA Research Proposal On Kanaka Raju Pandiri1157 Words   |  5 PagesResearch Proposal Kanaka Raju Pandiri Kansas State University, USA Recent progress in ultrafast lasers gained a lot of interest to investigate ever faster physical processes in atoms, molecules, and solid state surfaces. This advancement gave birth to a broad field of science crossing physics, chemistry, and biology; known as â€Å"Ultrafast Science† for which Zewail got the Nobel prize in 1999. But, following electron dynamics in real time, watching the formation or breaking of chemical bonds, or theRead More Quasars Essay1859 Words   |  8 Pagesreal source of the trouble is in the assumption that the spectra of quasars have redshifts. In the early 1960s quasars were known as radio stars because the method used to discover the first quasars was based on coincidences between a strong radio source and a point-like optical source. Since each radio source was associated with a star it was originally thought that quasars were objects within the galaxy hence the term radio stars. Quasars or quasi-stellar radio source, fromRead MoreStatement of Purpose for a Career in Aestrophysics458 Words   |  2 Pageseffect in galaxy clusters; synchrotron radiation from supernova remnants; cyclotron radiation from giant planets; bremsstrahlung in galaxy cluster cooling flows; and line driving in winds surrounding active galactic nuclei and massive stars.† (Copied from http://astro.berkeley.edu/~echiang/rad/rad.html ) †¢ Astronomy 204, Astrophysical Flows Shows how physical conditions in astrophysical objects can be diagnosed from their spectra. Discussion topics include how energy flows determine the thermalRead MoreImportance of Science Education5289 Words   |  22 Pagesand chequered history of education and training in pure and applied sciences dating back to over 2,600 years, India has had flourishing tradition of scientific research and technological development. Taxila (6th century BC) one of the earliest universities in the world, attracted students from across the continents. Major fields of study at Taxila included mathematics, astronomy, medicine, surgery and metallurgy. Unfortunately, most of the knowledge was lost during the medieval period. The glorious