| CID | Exam Score | Paper topic | ||
| 1 | 673 | ea201926 | 87 | 15 pts |
| 2 | 634 | maddindy | 85 | |
| 3 | 765 | rbakai | 90 | 15 pts |
| 4 | 776 | benjam66 | 70 | New Superconductors |
| 5 | 247 | dabarton | 85 | 15 pts |
| 6 | 548 | beiziyua | 95 | 15 pts |
| 7 | 129 | abenvie | 90 | The burning out of stars (their life cycle) |
| 8 | 60 | vballer0 | 95 | 15 pts |
| 9 | 161 | kruth09 | 90 | |
| 10 | 922 | abranch | 95 | Up and coming space exploration |
| 11 | 323 | jbrown86 | 90 | Electronics without solids |
| 12 | 915 | aaronsb | 95 | The dangers (realistic or unrealistic) of the Large Hadron Collider |
| 13 | 856 | buttersm | 80 | How have new technologies in recent years influenced discoveries (or vice versa) |
| 14 | 17 | beyond | 85 | Quantum Mechanics (I'm coming in very soon to talk to you to narrow it down) |
| 15 | 198 | carrdere | 60 | 15 pts |
| 16 | 469 | burnchad | 85 | Studying about LHC in Switerland, about particle collision and what comes from it. |
| 17 | 420 | clarkal | 90 | 15 pts |
| 18 | 521 | sclouse | 85 | NASA: The Phoenix Mars Rover |
| 19 | 682 | sonic07 | 100 | Large Hadron Collider |
| 20 | 753 | ecrossen | 105 | LRC |
| 21 | 114 | ecrouch | 100 | 15 pts |
| 22 | 985 | cunningc | 80 | Iron-based superconductors |
| 23 | 696 | cjanewin | 100 | 15 pts |
| 24 | 407 | dainels7 | 100 | New Superconductors and Tom Stephens |
| 25 | 48 | dianald | ||
| 26 | 219 | landon22 | 75 | New Superconductors |
| 27 | 100 | kytarlgn | 85 | |
| 28 | 81 | cfinlins | 80 | 15 pts |
| 29 | 182 | jflint | 75 | Noise cancellation in acoustics |
| 30 | 573 | dgard8 | 90 | 15 pts |
| 31 | 344 | djminkus | 85 | Space Colonization: Moon or Mars? |
| 32 | 485 | dgonzal | 75 | Nuclear Physics (nuclear energy) |
| 33 | 156 | logandg | 85 | 15 pts |
| 34 | 438 | hatch44 | 80 | |
| 35 | 309 | kelseydh | 90 | 15 pts |
| 36 | 820 | thaycock | 100 | 15 pts |
| 37 | 361 | thelvey | 80 | The Large Handron Collider, specifically what it does, and its specific aspects of that region of physics that applied to it. |
| 38 | 942 | conorbh | 85 | 15 pts |
| 39 | 333 | khinton3 | 75 | Physics 191 |
| 40 | 234 | njhts | 100 | Current research in Medical Physics Imaging Techiques |
| 41 | 935 | jrhogg | 85 | 15 pts |
| 42 | 386 | holy14 | 85 | 15 pts |
| 43 | 997 | hkiayal | 90 | |
| 44 | 908 | tanman14 | 95 | 15 pts |
| 45 | 899 | edjay91 | 95 | Research and potential applications of the Casimir Effect. |
| 46 | 220 | brideycj | 100 | I'll talk to you about it when I meet with you next week. |
| 47 | 201 | baj02 | 95 | Going to be about the Large Hadron Collider (LHC) |
| 48 | 722 | jones223 | 95 | How the history of water on Venus can tell us more about earth's global warming. |
| 49 | 653 | tylerbj | 80 | 15 pts |
| 50 | 414 | zkimball | 75 | 15 pts |
| 51 | 375 | davidik | 95 | The Keplar discovery about exoplanets. |
| 52 | 836 | tkroff2 | 85 | |
| 53 | 977 | ardilla | 95 | Car stereos and headphones in relation to hearing loss. |
| 54 | 598 | clee504 | 95 | |
| 55 | 39 | tlee24 | 100 | 15 pts |
| 56 | 620 | glove1 | 80 | Acoustics |
| 57 | 451 | jkl63 | 95 | |
| 58 | 732 | bmaples | 90 | |
| 59 | 353 | markertk | 90 | On the Large Hadron Collider. How it works and what happened that delayed it. |
| 60 | 174 | viking1 | ||
| 61 | 785 | tam78 | 85 | |
| 62 | 296 | gmcdona2 | 85 | Ultra-cold molecules |
| 63 | 877 | bsmckeon | 90 | 15 pts |
| 64 | 568 | meyerd | 90 | 15 pts |
| 65 | 709 | tm283 | 15 pts | |
| 66 | 800 | kgm24 | 95 | Planets - Venus |
| 67 | 611 | mit30000 | 90 | Bending light to change the appearance of objects. |
| 68 | 602 | amymoff | 85 | |
| 69 | 663 | jocmorri | 85 | Continued life before and after our knowledge. |
| 70 | 504 | munoz6 | 95 | UV radiation |
| 71 | 535 | ztnelson | 98 | 15 pts |
| 72 | 866 | enygaard | 85 | 15 pts |
| 73 | 647 | bobjoe14 | 85 | 15 pts |
| 74 | 398 | lorton2 | 90 | |
| 75 | 319 | nto22 | 95 | Ocea wave energy |
| 76 | 550 | akp09 | 75 | String Theory |
| 77 | 281 | putegnat | 85 | |
| 78 | 842 | nrichey | 80 | LRO, LCROSS, and the search for Lunar Water. |
| 79 | 883 | trote | ||
| 80 | 94 | alierond | 80 | The Big Bang and how it shaped the universe |
| 81 | 75 | linds91 | 80 | The LHC (Hadron Collider) and how it works/what it's used for. |
| 82 | 956 | kevincs | 85 | 15 pts |
| 83 | 257 | bskankey | 95 | 15 pts |
| 84 | 268 | bdsmith1 | 100 | 15 pts |
| 85 | 449 | dsmith09 | 65 | The LRC |
| 86 | 810 | gapeach1 | 100 | 15 pts |
| 87 | 581 | popipiop | 95 | |
| 88 | 472 | dstaves | 90 | How scientists study the interaction of light with different parts of planets to understand their make-up. |
| 89 | 743 | stewar5 | 100 | |
| 90 | 514 | sstoffer | 95 | 15 pts |
| 91 | 145 | brycewt | 90 | 15 pts |
| 92 | 136 | tandrewt | 70 | 15 pts |
| 93 | 797 | jterry7 | 85 | Medical Physics |
| 94 | 498 | jthorpe4 | 87 | 15 pts |
| 95 | 59 | jamesbu | 90 | 15 pts |
| 96 | 711 | mwadswor | 75 | Superconductors |
| 97 | 962 | wagnerdd | 90 | |
| 98 | 674 | jack90 | 90 | The use of space telescopes to gather data on exoplanets. |
| 99 | 635 | devinaw | 95 | 15 pts |
| 100 | 766 | wesand | 90 | 15 pts |
| 101 | 777 | whitebra | 90 | |
| 102 | 248 | chwhite | 80 | |
| 103 | 120 | jwild1 | 75 | What are the potential uses for the new iron-arsenic superconductors |
| 104 | 61 | amorr2 | 80 | 15 pts |
| 105 | 162 | winterj2 | 85 | New iron superconductors compared to the common copper superconductors. |
| 106 | 923 | friezen | 90 | 15 pts |
| 107 | 324 | kzufelt | 100 | 15 pts |
| 108 | 275 | zuritan | 100 | 15 pts |