DrMichaelFox

Werth A, Hoehn JR, Oliver K, Fox MFJ, Lewandowski HJet al., 2022, Instructor perspectives on the emergency transition to remote instruction of physics labs, PHYSICAL REVIEW PHYSICS EDUCATION RESEARCH, Vol: 18, ISSN: 2469-9896

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Borish V, Werth A, Sulaiman N, Fo MFJ, Hoehn JR, Lewandowski HJet al., 2022, Undergraduate student experiences in remote lab courses during the COVID-19 pandemic, PHYSICAL REVIEW PHYSICS EDUCATION RESEARCH, Vol: 18, ISSN: 2469-9896

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• Citations: 2

Archer M, Cottingham M, Hartinger M, Shi X, Coyle S, Hill E, Fox M, Masongsong Eet al., 2022, Listening to the magnetosphere: How best to make ULF waves audible, Frontiers in Astronomy and Space Sciences, Vol: 9, ISSN: 2296-987X

Observations across the heliosphere typically rely on in situ spacecraft observations producing time-series data. While often this data is analysed visually, it lends itself more naturally to our sense of sound. The simplest method of converting oscillatory data into audible sound is audification—a one-to-one mapping of data samples to audio samples—which has the benefit that no information is lost, thus is a true representation of the original data. However, audification can make some magnetospheric ULF waves observations pass by too quickly for someone to realistically be able to listen to effectively. For this reason, we detail various existing audio time scale modification techniques developed for music, applying these to ULF wave observations by spacecraft and exploring how they affect the properties of the resulting audio. Through a public dialogue we arrive at recommendations for ULF wave researchers on rendering these waves audible and discuss the scientific and educational possibilities of these new methods.

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Asfaw A, Blais A, Brown KR, Candelaria J, Cantwell C, Carr LD, Combes J, Debroy DM, Donohue JM, Economou SE, Edwards E, Fox MFJ, Girvin SM, Ho A, Hurst HM, Jacob Z, Johnson BR, Johnston-Halperin E, Joynt R, Kapit E, Klein-Seetharaman J, Laforest M, Lewandowski HJ, Lynn TW, McRae CRH, Merzbacher C, Michalakis S, Narang P, Oliver WD, Palsberg J, Pappas DP, Raymer MG, Reilly DJ, Saffman M, Searles TA, Shapiro JH, Singh Cet al., 2022, Building a Quantum Engineering Undergraduate Program, IEEE TRANSACTIONS ON EDUCATION, Vol: 65, Pages: 220-242, ISSN: 0018-9359

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• Citations: 10

Fox MFJ, Bland S, Mangles SPD, McGinty Jet al., 2022, Expectations of how student views on experimental physics develop during an undergraduate degree, Physics Education Research Conference (PERC), Publisher: AMER ASSOC PHYSICS TEACHERS, Pages: 182-187, ISSN: 2377-2379

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Hoehn JR, Fox MFJ, Werth A, Borish V, Lewandowski HJet al., 2021, Remote advanced lab course: A case study analysis of open-ended projects, PHYSICAL REVIEW PHYSICS EDUCATION RESEARCH, Vol: 17, ISSN: 2469-9896

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• Citations: 8

Aiello CD, Awschalom DD, Bernien H, Brower T, Brown KR, Brun TA, Caram JR, Chitambar E, Di Felice R, Edmonds KM, Fox MFJ, Haas S, Holleitner AW, Hudson ER, Hunt JH, Joynt R, Koziol S, Larsen M, Lewandowski HJ, McClure DT, Palsberg J, Passante G, Pudenz KL, Richardson CJK, Rosenberg JL, Ross RS, Saffman M, Singh M, Steuerman DW, Stark C, Thijssen J, Vamivakas AN, Whitfield JD, Zwickl BMet al., 2021, Achieving a quantum smart workforce, QUANTUM SCIENCE AND TECHNOLOGY, Vol: 6, ISSN: 2058-9565

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• Citations: 20

Fox MFJ, Hoehn JR, Werth A, Lewandowski HJet al., 2021, Lab instruction during the COVID-19 pandemic: Effects on student views about experimental physics in comparison with previous years, PHYSICAL REVIEW PHYSICS EDUCATION RESEARCH, Vol: 17, ISSN: 2469-9896

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• Citations: 13

Fox MFJ, Zwickl BM, Lewandowski HJ, 2020, Preparing for the quantum revolution: What is the role of higher education?, PHYSICAL REVIEW PHYSICS EDUCATION RESEARCH, Vol: 16, ISSN: 2469-9896

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• Citations: 21

Harrison JR, Akers RJ, Allan SY, Allcock JS, Allen JO, Appel L, Barnes M, Ben Ayedl N, Boeglin W, Bowman C, Bradley J, Browning P, Bryant P, Carr M, Cecconello M, Challis CD, Chapman S, Chapman IT, Colyer GJ, Conroy S, Conway NJ, Cox M, Cunningham G, Dendy RO, Dorland W, Dudson BD, Easy L, Elmore SD, Farley T, Feng X, Field AR, Fil A, Fishpool GM, Fitzgerald M, Flesch K, Fox MFJ, Frerichs H, Gadgil S, Gahle D, Garzotti L, Ghim Y-C, Gibson S, Gibson KJ, Hall S, Ham C, Heiberg N, Henderson SS, Highcock E, Hnat B, Howard J, Huang J, Irvine SWA, Jacobsen AS, Jones O, Katramados I, Keeling D, Kirk A, Klimek I, Kogan L, Leland J, Lipschultz B, Lloyd B, Lovell J, Madsen B, Marshall O, Martin R, McArdle G, McClements K, McMillan B, Meakins A, Meyer HF, Militello F, Milnes J, Mordijck S, Morris AW, Moulton D, Muir D, Mukhi K, Murphy-Sugrue S, Myatra O, Naylor G, Naylor P, Newton SL, O'Gorman T, Omotani J, O'Mullane MG, Orchard S, Pamela SJP, Pangione L, Parra F, Perez R, Piron L, Price M, Reinke ML, Riva F, Roach CM, Robb D, Ryan D, Saarelma S, Salewski M, Scannell S, Schekochihin AA, Schmitz O, Sharapov S, Sharples R, Silburn SA, Smith SF, Sperduti A, Stephen R, Thomas-Davies NT, Thornton AJ, Turnyanskiy M, Valovic M, Van Wyk F, Vann RGL, Walkden NR, Waters I, Wilson HRet al., 2019, Overview of new MAST physics in anticipation of first results from MAST Upgrade, NUCLEAR FUSION, Vol: 59, ISSN: 0029-5515

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• Citations: 22

Kirk A, Adamek J, Akers RJ, Allan S, Appel L, Lucini FA, Barnes M, Barrett T, Ben Ayed N, Boeglin W, Bradley J, Browning PK, Brunner J, Cahyna P, Cardnell S, Carr M, Casson F, Cecconello M, Challis C, Chapman IT, Chapman S, Chorley J, Conroy S, Conway N, Cooper WA, Cox M, Crocker N, Crowley B, Cunningham G, Danilov A, Darrow D, Dendy R, Dickinson D, Dorland W, Dudson B, Dunai D, Easy L, Elmore S, Evans M, Farley T, Fedorczak N, Field A, Fishpool G, Fitzgerald I, Fox M, Freethy S, Garzotti L, Ghim YC, Gi K, Gibson K, Gorelenkova M, Gracias W, Gurl C, Guttenfelder W, Ham C, Harrison J, Harting D, Havlickova E, Hawkes N, Hender T, Henderson S, Highcock E, Hillesheim J, Hnat B, Horacek J, Howard J, Howell D, Huang B, Imada K, Inomoto M, Imazawa R, Jones O, Kadowaki K, Kaye S, Keeling D, Klimek I, Kocan M, Kogan L, Komm M, Lai W, Leddy J, Leggate H, Hollocombe J, Lipschultz B, Lisgo S, Liu YQ, Lloyd B, Lomanowski B, Lukin V, Lupelli I, Maddison G, Madsen J, Mailloux J, Martin R, McArdle G, McClements K, McMillan B, Meakins A, Meyer H, Michael C, Militello F, Milnes J, Morris AW, Motojima G, Muir D, Naylor G, Nielsen A, O'Brien M, O'Gorman T, O'Mullane M, Olsen J, Omotani J, Ono Y, Pamela S, Pangione L, Parra F, Patel A, Peebles W, Perez R, Pinches S, Piron L, Price M, Reinke M, Ricci P, Riva F, Roach C, Romanelli M, Ryan D, Saarelma S, Saveliev A, Scannell R, Schekochihin A, Sharapov S, Sharples R, Shevchenko V, Shinohara K, Silburn S, Simpson J, Stanier A, Storrs J, Summers H, Takase Y, Tamain P, Tanabe H, Tanaka H, Tani K, Taylor D, Thomas D, Thomas-Davies N, Thornton A, Turnyanskiy M, Valovic M, Vann R, Van Wyk F, Walkden N, Watanabe T, Wilson H, Wischmeier M, Yamada T, Young J, Zoletnik Set al., 2017, Overview of recent physics results from MAST, NUCLEAR FUSION, Vol: 57, ISSN: 0029-5515

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• Citations: 15

Fox MFJ, Field AR, van Wyk F, Ghim Y-C, Schekochihin AAet al., 2017, Experimental determination of the correlation properties of plasma turbulence using 2D BES systems, PLASMA PHYSICS AND CONTROLLED FUSION, Vol: 59, ISSN: 0741-3335

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• Citations: 11

Fox MFJ, van Wyk F, Field AR, Ghim Y-C, Parra FI, Schekochihin AAet al., 2017, Symmetry breaking in MAST plasma turbulence due to toroidal flow shear, PLASMA PHYSICS AND CONTROLLED FUSION, Vol: 59, ISSN: 0741-3335

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• Citations: 13

Kim J, Fox MFJ, Field AR, Nam YU, Ghim Y-Cet al., 2016, Conditions for generating synthetic data to investigate characteristics of fluctuating quantities, COMPUTER PHYSICS COMMUNICATIONS, Vol: 204, Pages: 152-158, ISSN: 0010-4655

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• Citations: 5

Chapman IT, Adamek J, Akers RJ, Allan S, Appel L, Asunta O, Barnes M, Ben Ayed N, Bigelow T, Boeglin W, Bradley J, Bruenner J, Cahyna P, Carr M, Caughman J, Cecconello M, Challis C, Chapman S, Chorley J, Colyer G, Conway N, Cooper WA, Cox M, Crocker N, Crowley B, Cunningham G, Danilov A, Darrow D, Dendy R, Diallo A, Dickinson D, Diem S, Dorland W, Dudson B, Dunai D, Easy L, Elmore S, Field A, Fishpool G, Fox M, Fredrickson E, Freethy S, Garzotti L, Ghim YC, Gibson K, Graves J, Gurl C, Guttenfelder W, Ham C, Harrison J, Harting D, Havlickova E, Hawke J, Hawkes N, Hender T, Henderson S, Highcock E, Hillesheim J, Hnat B, Holgate J, Horacek J, Howard J, Huang B, Imada K, Jones O, Kaye S, Keeling D, Kirk A, Klimek I, Kocan M, Leggate H, Lilley M, Lipschultz B, Lisgo S, Liu YQ, Lloyd B, Lomanowski B, Lupelli I, Maddison G, Mailloux J, Martin R, McArdle G, McClements K, McMillan B, Meakins A, Meyer H, Michael C, Militello F, Milnes J, Morris AW, Motojima G, Muir D, Nardon E, Naulin V, Naylor G, Nielsen A, O'Brien M, O'Gorman T, Ono Y, Oliver H, Pamela S, Pangione L, Parra F, Patel A, Peebles W, Peng M, Perez R, Pinches S, Piron L, Podesta M, Price M, Reinke M, Ren Y, Roach C, Robinson J, Romanelli M, Rozhansky V, Saarelma S, Sangaroon S, Saveliev A, Scannell R, Schekochihin A, Sharapov S, Sharples R, Shevchenko V, Silburn S, Simpson J, Storrs J, Takase Y, Tanabe H, Tanaka H, Taylor D, Taylor G, Thomas D, Thomas-Davies N, Thornton A, Turnyanskiy M, Valovic M, Vann R, Walkden N, Wilson H, Wyk LV, Yamada T, Zoletnik Set al., 2015, Overview of MAST results, 25th Fusion Energy Conference (FEC), Publisher: IOP PUBLISHING LTD, ISSN: 0029-5515

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• Citations: 17

Henderson SS, Garzotti L, Casson FJ, Dickinson D, Fox MFJ, O'Mullane M, Patel A, Roach CM, Summers HP, Valovič Met al., 2014, Neoclassical and gyrokinetic analysis of time-dependent helium transport experiments on MAST, Nuclear Fusion, Vol: 54, Pages: 093013-093013, ISSN: 0029-5515

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Fox MFJ, A new method for the determination of action integrals in the study of galactic dynamics

Action-angle coordinates are an essential tool for understanding theproperties of the six dimensional phase space involved in orbits of stars ingalactic potentials. A new method, which does not require specific knowledge ofa generating function, is described, implemented and tested that calculates theactions of an orbit in an arbitrary potential of an integrable Hamiltoniangiven a set of Cartesian phase space points. The method chooses between thesimple harmonic oscillator and isochrone potentials to fit the data using aLevenberg-Marquardt routine. An average is taken over the angle coordinates bycalculating volumes in phase space using the metric free FiEstAS algorithm. Theperfect ellipsoidal potential, with actions chosen a priori, is used to testthe output of the algorithm, giving some results that agree within 1%.Minimisation of a sampling error is discussed along with an identification of asource of noise in the data.

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Fox MFJ, Werth A, Hoehn JR, Lewandowski HJet al., Teaching labs during a pandemic: Lessons from Spring 2020 and an outlook for the future

We report results from a survey of lab instructors on how they adapted theircourses in the transition to emergency remote teaching due to the COVID-19pandemic. The purpose of this report is to share the experiences of instructorsin order to prepare for future remote teaching of labs. We include summaries ofresponses to help illustrate the types of lab activities that were done,learning goals for the remote labs, motivations for instructors' choices,challenges instructors faced, and ways in which instructors and studentscommunicated. This is a first step in a larger project as part of an NSF RAPIDgrant to understand what happened during the switch to remote labs and how itimpacted teaching methods and student learning.

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