| Name | Number Pages |
|---|
| questions | 32 |
| students | 30 |
| physics | 25 |
| university of illinois | 24 |
| interactive examples | 21 |
| department of physics | 19 |
| problem | 18 |
| page | 18 |
| bulk | 16 |
| faculty | 15 |
| illinois | 15 |
| student | 14 |
| course | 14 |
| more | 14 |
| system | 13 |
| concepts | 13 |
| links | 12 |
| users | 11 |
| work | 11 |
| web | 11 |
| content | 10 |
| question | 10 |
| time | 10 |
| people | 10 |
| base question | 9 |
| one | 9 |
| uiuc | 9 |
| available | 9 |
| courses | 9 |
| materials | 9 |
| contact | 8 |
| program | 8 |
| help | 8 |
| urbana | 8 |
| external sites | 8 |
| credit | 8 |
| homework | 8 |
| quantitative | 8 |
| exams | 8 |
| solution | 8 |
| convenience | 8 |
| week | 8 |
| plan | 7 |
| computing | 7 |
| lecture | 7 |
| own | 7 |
| florida colloquium talk | 7 |
| possible | 7 |
| aspects | 7 |
| engineering | 7 |
| 1998 | 7 |
| group | 7 |
| such | 7 |
| answer | 7 |
| research | 7 |
| click | 7 |
| copyright | 7 |
| study | 6 |
| 2005 | 6 |
| due | 6 |
| experiments | 6 |
| need | 6 |
| data | 6 |
| ies | 6 |
| 1 | 6 |
| charge | 6 |
| researchers | 6 |
| ph.d. | 6 |
| change | 6 |
| condensed matter physics | 6 |
| physics education research | 6 |
| research university | 6 |
| 2 | 6 |
| visitors | 6 |
| result | 6 |
| check | 6 |
| interactive engagement methods | 6 |
| able | 6 |
| results | 6 |
| year | 6 |
| berkeley | 5 |
| welcome | 5 |
| knowledge | 5 |
| two | 5 |
| number | 5 |
| labs | 5 |
| support | 5 |
| understanding | 5 |
| help sequence | 5 |
| department | 5 |
| great | 5 |
| friends | 5 |
| way | 5 |
| visit | 5 |
| image | 5 |
| equations | 5 |
| valence band | 5 |
| american physical society | 5 |
| optional | 5 |
| pm | 5 |
| form | 5 |
| problems | 5 |
| right | 5 |
| class | 5 |
| view | 5 |
| exercises | 5 |
| semiconductors | 5 |
| interested | 5 |
| research base | 5 |
| 2006 | 5 |
| many students | 5 |
| degree | 5 |
| introductory physics courses | 5 |
| many | 5 |
| applications | 5 |
| .students | 4 |
| open | 4 |
| solids | 4 |
| quantitative problem | 4 |
| nuclear | 4 |
| fact | 4 |
| 2004 | 4 |
| fellow | 4 |
| not | 4 |
| 2002 | 4 |
| more questionsthese questions | 4 |
| point | 4 |
| end | 4 |
| reform | 4 |
| conceptual | 4 |
| interactive example | 4 |
| crystals | 4 |
| phase | 4 |
| silicon | 4 |
| conclusions | 4 |
| will | 4 |
| previous analyses.ies | 4 |
| time.eventually | 4 |
| monday | 4 |
| task | 4 |
| spring | 4 |
| qualitative behavior | 4 |
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| optical | 4 |
| physics education research group | 4 |
| tas | 4 |
| red | 4 |
| theoretical astrophysics | 4 |
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| equation | 4 |
| quantitative analyses | 4 |
| first time | 4 |
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| peak | 4 |
| link | 4 |
| 10 | 4 |
| programs | 4 |
| recap isgiven | 4 |
| discussions | 4 |
| industry | 4 |
| interest | 4 |
| internet | 4 |
| personal ta | 4 |
| nature | 4 |
| principles | 4 |
| appropriate equations | 4 |
| strategic | 4 |
| theory | 4 |
| day | 4 |
| teaching | 4 |
| start | 4 |
| etc. | 4 |
| design | 4 |
| rob leigh | 4 |
| mathematical solution | 4 |
| more information | 4 |
| general approach | 4 |
| path | 4 |
| transistor | 4 |
| 0 | 4 |
| mechanics | 4 |
| college of engineering university of illinois | 4 |
| sense | 4 |
| discussion | 4 |
| sequence | 4 |
| computation | 4 |
| graphical representations | 4 |
| physical situation | 4 |
| effects | 4 |
| addition | 4 |
| old | 4 |
| state of illinois | 4 |
| 2001 | 4 |
| meta | 4 |
| external sites. | 4 |
| particle | 4 |
| center | 4 |
| fermilab | 4 |
| brookhaven national laboratory | 4 |
| answers | 4 |
| information | 4 |
| equipment | 4 |
| example | 4 |
| germanium | 4 |
| 4 | 4 |
| environment | 4 |
| thanks | 4 |
| conceptual analysis | 4 |
| development | 4 |
| e.g. | 4 |
| problem.work | 4 |
| noon | 4 |
| part | 4 |
| mott insulator | 3 |
| large gap | 3 |
| darn good reason | 3 |
| evidence | 3 |
| member | 3 |
| discussion section | 3 |
| abbamonte group | 3 |
| cannot | 3 |
| stdev | 3 |
| same cloth | 3 |
| ability | 3 |
| approach | 3 |
| national synchrotron light source | 3 |
| fradkin | 3 |
| observations | 3 |
| 1956 | 3 |
| dynamics | 3 |
| discussion coordinator | 3 |
| successful | 3 |
| speakers | 3 |
| interactions | 3 |
| neutron stars | 3 |
| superconductors | 3 |
| cover of prl first measurement | 3 |
| story | 3 |
| correlated gap | 3 |
| electron nematic picture | 3 |
| spin modulations | 3 |
| waves | 3 |
| sawatzky | 3 |
| resonant | 3 |
| average score | 3 |
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| semesters | 3 |
| plot | 3 |
| incommensurate tatic stripe | 3 |
| stupid | 3 |
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| nanometronome | 3 |
| skills | 3 |
| see | 3 |
| atomic transitions | 3 |
| significant modulation | 3 |
| stripes | 3 |
| contact us. | 3 |
| 15 | 3 |
| real space | 3 |
| team | 3 |
| someone | 3 |
| lab | 3 |
| young scientist | 3 |
| e | 3 |
| resonance measurements | 3 |
| static stripe | 3 |
| metals | 3 |
| 1971 | 3 |
| 1962 | 3 |
| reciprocal space map | 3 |
| math | 3 |
| keep | 3 |
| spring 95 total physics tas | 3 |
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| 8 | 3 |
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| expression | 3 |
| depts teaching | 3 |
| semiconductor | 3 |
| upper left image | 3 |
| ie | 3 |
| scattering show | 3 |
| mottness | 3 |
| products of physics education research | 3 |
| method | 3 |
| little help | 3 |
| il | 3 |
| phys | 3 |
| seminar | 3 |
| email | 3 |
| details | 3 |
| kivelson | 3 |
| place | 3 |
| explicit instruction | 3 |
| lbco | 3 |
| unexpected spectral weight modulations | 3 |
| technique | 3 |
| order | 3 |
| bar | 3 |
| p | 3 |
| events | 3 |
| anything | 3 |
| equation manipulation | 3 |
| 100 | 3 |
| office of science | 3 |
| national academy of sciences | 3 |
| rumblings | 3 |
| nobody | 3 |
| big | 3 |
| references | 3 |
| the new | 3 |
| fuller understanding | 3 |
| charge character | 3 |
| publications | 3 |
| green | 3 |
| absorption data | 3 |
| funder agencies | 3 |
| one of aps 2005 physics news stories | 3 |
| rusydi | 3 |
| mathematical conflict | 3 |
| team teaching environmentone course | 3 |
| oxygen k edge | 3 |
| first | 3 |
| 550 | 3 |
| national science foundation | 3 |
| revised courses | 3 |
| webmaster. | 3 |
| pressure | 3 |
| track | 3 |
| current research | 3 |
| learning of physics | 3 |
| important | 3 |
| make use | 3 |
| 530.2 ev | 3 |
| plans | 3 |
| nature 393 | 3 |
| emery | 3 |
| university of california | 3 |
| physicist | 3 |
| control students | 3 |
| photon energy | 3 |
| education | 3 |
| photon pairs | 3 |
| website | 3 |
| research area | 3 |
| test | 3 |
| sure | 3 |
| brane decay | 3 |
| physics physics blog | 3 |
| new york | 3 |
| kinematics | 3 |
| complex | 3 |
| lab coordinator faculty team | 3 |
| mpeg | 3 |
| abort | 3 |
| weekly | 3 |
| nature physics 1 | 3 |
| u.s. department of energy | 3 |
| transistor effect | 3 |
| .there | 3 |
| 155 | 3 |
| year taekjip ha | 3 |
| base question students | 3 |
| 2000 | 3 |
| gu | 3 |
| statistics | 3 |
| continuing support | 3 |
| faculty team | 3 |
| charge scattering | 3 |
| fax | 3 |
| summer reu paul kwiat work | 3 |
| loomis laboratory of physics | 3 |
| experience | 3 |
| talk | 3 |
| lecturer | 3 |
| version | 3 |
| friday | 3 |
| 2500 students | 3 |
| general public | 3 |
| more build | 3 |
| 528.6 ev | 3 |
| light | 3 |
| presentations | 3 |
| strong coupling | 3 |
| acceleration | 3 |
| 76 | 3 |
| pieces | 3 |
| student performance | 3 |
| quantum mechanics | 3 |
| research d. hertzog | 3 |
| saturday | 3 |
| neutron scattering experiments | 3 |
| alumnus ahmet yildiz | 3 |
| building | 3 |
| 75 | 3 |
| incommensurate phase | 3 |
| today events | 3 |
| explanation | 3 |
| writing | 3 |
| dept head | 3 |
| electrons | 3 |
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| scattering experiments | 3 |
| spectator sport | 3 |
| simple fermi surface nesting | 3 |
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| simple | 3 |
| excitons | 3 |
| electrons. | 3 |
| video | 3 |
| new studies of lbco | 3 |
| fall | 3 |
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| guidance | 3 |
| single crystals | 3 |
| today | 3 |
| changes | 3 |
| online | 3 |
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| 77 | 3 |
| tale | 3 |
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| correct result | 3 |
| diffraction | 3 |
| modulated | 3 |
| free response | 3 |
| beam line x1b | 3 |
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| thursday | 3 |
| nation | 3 |
| award | 3 |
| conventional superconductors | 3 |
| smadici | 3 |
| eduardo fradkin | 3 |
| software | 3 |
| help questions | 3 |
| aspect | 3 |
| use interactive engagement methods | 3 |
| chicago | 3 |
| representation | 3 |
| experimental condensed matter physics | 3 |
| sauer vote | 3 |
| 1957 | 3 |
| liss group | 3 |
