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Lee Teng Interns Meeting – July 16, 2019

This is a summary of the Lee Teng Interns Meeting held on July 16, 2019. It includes updates on the upcoming schedule, project deadlines, and important reminders. Feedback and suggestions on a recent tour are also discussed.

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Lee Teng Interns Meeting – July 16, 2019

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  1. Lee Teng Interns Meeting – July 16, 2019 • Any comments/suggestions on last Thursday’s tour? • Introductions, balance AM & PM, too much walking • Upcoming Schedule • Monday, July 15 – one page preview of your project due • waiting for Ben (next day or so), Calder (2 weeks due to quarters) • Tuesday, July 16 – deadline for registering for U of Chicago visit • https://apply-psd.uchicago.edu/register/?id=353aeed2-b6aa-4b1b-8959-58f50c62fa21 • Just after U of Chicago registration – reserve bus, Doodle Poll: https://doodle.com/poll/cwgy3n88t6hwab3c Yisheng, Xu, Calder signed up for bus Ben, Kyle not going to U of Chicago Peter H. Garbincius | Lee Teng Interns Meeting

  2. Lee Teng Interns Meeting – July 16, 2019 • Friday, July 19 – Tour ANL w HEIs – need to arrange rides also 2-slide, 3-minute presentation on your project • Saturday, July 20, tour U of Chicago Graduate School • Bus leaves Fermilab Wilson Hall @ 8 AM • Thursday, Aug 1, posters due to Rosa – after mentor approval template: ….. use 1 page only • Thursday, Aug 8, 2-5 PM, Intern Posters at Fermilab WH atrium set up posters by noon in your assigned spot Peter H. Garbincius | Lee Teng Interns Meeting

  3. Did everyone get letter like this from Argonne? Tuesday, July 15, 1:30 noon: received: Calder, Ben , Kyle not yet: Yisheng, Xu Chiara, Soumya, Rob Peter H. Garbincius | Lee Teng Interns Meeting

  4. 3-minute presentation at ANL • More details at the end Peter H. Garbincius | Lee Teng Interns Meeting

  5. Argonne Tour – Friday, July 19 – 9:30 AM • PeterG, Rob Ainsworth, Kyle Longwood, Ben Sims, Yisheng are driving • Anyone else? • Who needs a ride? • Can pickup at Fifteen98 Appartments – Leasing Office • Directions to ANL (give it 45 minutes travel wrt traffic) $ 1.90 tolls each way on I-355 • Should be at Argonne Information Center/Badging Office by 9:10 AM at the latest • See Argonne Map for directions to Bldg 203 where tour starts at 9:30 AM – its predicted to be HOT Peter H. Garbincius | Lee Teng Interns Meeting

  6. Where atFifteen98Apartments?at Leasing Officeat North endor here? Peter H. Garbincius | Lee Teng Interns Meeting

  7. Peter H. Garbincius | Lee Teng Interns Meeting

  8. Poster Template – only 1 “page” 36”x48” portraittwo examples given below & on template filejust follow the font sizes!http://home.fnal.gov/~peterg/Lee_Teng_2019/FNAL_Poster_36x48_VRT.potx Peter H. Garbincius | Lee Teng Interns Meeting

  9. Lee Teng Interns Meeting – July 16, 2019 $ issues: Yisheng for Lyft & cab => Rosa hasn’t heard anything yet from Rosa not refunded to his bank account Ben hotel charge for USPAS => Susan Winchester working on it cleared up, his credit card was refunded! New questions does auto rental end on Aug 9 or Aug 10? auto availability for Calder & Helen Edwards Interns anything on housing for Calder & HEIs after 8/9? Couldn’t find Rosa today to ask – will try tomorrow Peter H. Garbincius | Lee Teng Interns Meeting

  10. Peter H. Garbincius Manhattan College CSUI Internship – Argonne National Laboratory Mentor – Lloyd Hyman – ANL/HEP Division May 15, 1970 Study of the Range-Energy Relation in Liquid Hydrogen

  11. Some Guidelines for Presentation See (optional) blank FNAL template with instructions below 3 minutes (timed) with 2 content slides + title slide Using bullets to outline is fine • Format • Title slide: • Title of your project/presentation • Your name, home institution, Lee Teng Internship • Mentor’s Name, Division or Department • Date of presentation • Nice to add your institution’s logo (e.g. my MC) • Footer on each page (not necess. title page) should have • Page #, date. your name, abbreviated title Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  12. Content – what your presentation should say Demonstrate that you understand what your project is all about and that there is a good chance that you will have something to be proud of at the end of your internship • Briefly state (outline only, can’t say much in two pages): • Introduce and Motivate • Why your project topic is important or interesting • What problem(s) you are trying to solve or overcome • What will be your particular contribution & what you will learn • What you expect to be the outcome of this project/research • Please: • Have your mentor check it out by Wednesday, July 17 • I’m also glad to review and make suggestions • Send your presentation to me by 6 PM Thursday, July 18 Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  13. Your actual presentation – some suggestions: • You can add photos, graphs, equations, etc. to your slides • DON’T OVERCROWD your slides (see below) • REHEARSE – either privately or with mentor & me • stand up, speak loudly, clearly, slowly (don’t rush) • ask rehearsal audience for comments and suggestions • Don’t overrun your 3 minute allotted time! • If you overrun in rehearsal: • DO NOT TRY TO SPEAK FASTER • Reduce scope of content to fit • Usually this means reducing/eliminating less important details, • Not reducing the 5 important elements outlined on page 3 • Answer questions: honestly, non-argumentatively, • “I don’t know” is a perfectly good and honest response Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  14. Peter H. Garbincius Manhattan College CSUI Internship – Argonne National Laboratory Mentor – Lloyd Hyman – ANL/HEP Division May 15, 1970 Study of the Range-Energy Relation in Liquid Hydrogen

  15. General idea • Charged particles passing through matter (gas, liquid, solid) lose energy by ionizing atomic electrons, eventually coming to rest. The distance they travel depends on the particle species and their momentum or kinetic energy. Measuring the travel distance or the ionization can determine the kinetic energy or identify the particle species • This project will measureI, the mean excitation energy, for particles passing through liquid hydrogen in the ANL 30” Bubble Chamber. The Bethe-Block equation applies the range (distance traveled before stopping) is given by (explain the terms in backup slide(s)) Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  16. What I am doing • Analyze film from 2.3 GeV antiproton-proton interactions in ANL 30” BC for π+-μ+-e+ decays at rest (monochromatic μ+) and protons recoiling from antiproton-proton elastic scatters • Measure track length for stopping μ+ in π+-μ+-e+ decays using optical scanning/measuring machine – non-automated → me! examples of data <= muons protons => hope to have 50-100 of each • Use auto scan/measure machine POLLY to measure track lengths and Kinetic Energy of recoil protons stopping in BC • Develop programs to fit data to the Bethe-Bloch equation for I = mean excitation energy for liquid hydrogen - Thank you! Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  17. Backup Materials – in case someone asks… • Max energy that can be transferred in p-e or μ-e interaction • C/Z = shell correction term, important at low β where particle velocity is comparable to atomic electron velocities we correct using prior measured proton range at very low KE • δ is correction as β → 1 which is ignorable in this study Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  18. Presenter Name [20pt Regular] Meeting Title Day Month Year Presentation title [32pt bold – Use the font Helvetica or Arial in this template]

  19. Content Slide [28pt Bold] Bullet points are optional. If preferred, only first level bullets can be used or bullets can be set to “NONE.” [24pt Regular] • First level bullet [24pt Regular] • Second level bullet [22pt Regular] • Third level bullet [20pt Regular] • Fourth level bullet [18pt Regular] • Fifth level bullet [18pt Regular] Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  20. Comparison Slide [28pt Bold] • First level bullet [24pt Reg] • Second level bullet [22p]t • Third level bullet [20pt] • Fourth level bullet [18pt] • Fifth level bullet [18pt] • First level bullet [24pt Reg] • Second level bullet [22pt] • Third level bullet [20pt] • Fourth level bullet [18pt] • Fifth level bullet [18pt] Click to add caption text [16pt Bold] Click to add caption text [16pt Bold] Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  21. Content and Caption Slide [28pt Bold] Click to add caption text [16pt Bold] First level bullet [24pt Reg] Second level bullet [22pt] Third level bullet [20pt] Fourth level bullet [18pt] Fifth level bullet [18pt] Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  22. Picture and Caption Slide [28pt Bold] Click to add caption text [16pt Bold] Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  23. Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

  24. Collaborations / Partnerships / Members 28pt Bold Peter H. Garbincius | Range-Energy Relation in Liquid Hydrogen

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