Many thanks go to Rosenna Yau for providing food, drink, and timing, Mrs. Frankie Beauley for timing, Maria Frank for helpith the flyer design, and Elizabeth Noronha for support in ordering the T-shirts. Many thanks also to Bill and Mary Fairbank for leading the design of the T-shirt. Its explanation, provided by Francis Everitt, can be found below these results.

	Participant		Predicted (min:sec)	Actual	Difference (percent)
1	Todd Smith	walk	61:00	61:04	+0.11
2	Lucy Zhou	bike	43:50	43:38	-0.46
3	Brian Heffner	same bike	43:50	43:38	-0.46
4	Sandy Smith	walk	61:30	61:05	-0.68
5	Ashley Webb	run	35:48	35:31	-0.79
6	Beth Nowadnick	run	33:00	32:41	-0.96
7	Pat Burchat	run	38:45	38:22	-0.99
8	Bob Wagoner	bike	54:44	54:11	-1.01
9	Roger W. Romani	bike	20:00	20:31	+2.58
10	Bart Horn	run	29:58	29:10	-2.67
11	Li Zhang	run	39:48	40:52	+2.68
12	Ray Madarang	run	38:00	36:44	-3.33
13	Zach Scheiner	run	35:55	37:09	+3.43
14	Keith Bechtol	run	38:00	36:28	-4.04
15	David Beauley	run	25:30	24:26	-4.18
16	Terry Martin	run	48:00	50:06	+4.38
17	Janet Tang	run	45:00	42:49	-4.85
18	Roger Blandford	run	33:00	31:23	-4.90
19	Jim Lockhart	run	47:00	49:51	+6.06
20	Laurel Scotland-Stewart	bike	60:00	56:19	-6.14
21	Victoria Rafalski	run	39:45	37:09	-6.54
22	Barry Muhlfelder	run	40:00	36:41	-8.29
23	T.J. Bay	bike	62:00	56:21	-9.11
24	Manny Fassihi	run	29:00	26:00	-10.34
25	Mark Rubin	run	43:08	38:26	-10.90
26	Jodi Cooley	bike	65:00	57:01	-12.28
27	Vanessa Mitchell	run	40:00	35:04	-12.33
28	Steve Sekula	bike	65:00	56:46	-12.67
29	Wells Wulsin	run	26:30	22:49	-13.90
30	Bill Fairbank, Jr.	walk	66:32	76:41	+15.26
31	Samantha	run	63:00	72:46	+15.50
32	Leo Gomez	run	35:00	40:35	+15.95
33	Mark Gondek	run	46:00	38:12	-16.96
34	Patriun Nguyen	run	45:00	36:50	-18.15
35	Yorgos Sofianatos	bike	64:00	51:27	-19.61
36	Heidi Wu	walk	80:00	60:19	-24.60
37	Mary Fairbank	run	53:00	66:06	+24.72
38	Xi Wang	run	40:00	29:44	-25.67
39	Vahe, Lucas, Sky	bike	29:30	37:18	+26.44
40	Jen Dolson	run	45:00	58:13	+29.37
41	Ginny Sung	walk	90:00	60:19	-32.98
42	Ellen Childress	run	43:15	58:12	+34.57
43	Francis Everitt	run,walk	52:00	72:46	+39.94
44	Brandon Beauley	run	36:30	63:40	+74.43
45	MaryLou Holding

Results certified by R.V. Wagoner Enterprises, Ltd.

The image on the back of the 20th Annual William Martin Fairbank Memorial Run/Walk/Bike T-Shirt is a 10 times full-scale reproduction of the Fairbank Tie Tack fabricated in 1968. It combines four images representing four different areas of physics to which Bill Fairbank made critical contributions:
1) Top left: The London moment in a spinning superconducting sphere. A spinning superconductor develops a magnetic moment aligned with its instantaneous spin axis. This effect, first half-predicted by R. Becker, F. Zauter and G. Heller in 1933, was investigated theoretically by Fritz London in 1948, and then simultaneously discovered in 1964 by three groups, M. Bol and Fairbank at Stanford, A. F. Hildebrandt at Texas A&M, and J. B. Hendricks, A. King, and H. E. Rorschach at Rice University. Bol and Fairbank's work led directly to the use of the London moment to read out the direction of spin of the Gravity Probe B gyroscopes.
 
2) Center horizontal: The three equal length bars represent three sections of the Superconducting Accelerator (SCA) built in HEPL in the 1960s. The idea of the SCA grew out of Bill's 1948 Yale University Ph.D. research on properties of high-Q superconducting cavities. The first 180 ft long room temperature electron linear accelerator was built in HEPL in 1947. It led to a decade of very productive research, including Hofstadter's crucial measurements of nuclear form factors. It led in turn to the building of SLAC. Because of heating in the copper resonant cavities, room temperature accelerators can only operate with a 0.1% duty cycle. Bill recognized that high-Q superconducting cavities could allow continuous operation. A 120 ft long accelerator was built in HEPL under Alan Schwettman's leadership with John Turneaure being responsible for development of cavities with Q's as high as 10^11. The Stanford SCA was finally transposed into a Free Electron Laser with the help of Todd Smith. Applications of similar principles to nuclear physics have been developed elsewhere at DESY in Germany, and the Jefferson Laboratory in Virginia.

3) Peaked curve extending upwards in upper right quadrant: This illustrates the Lambda point transition in specific heat from normal to superfluid helium. Prior to 1956, it had been measured with an accuracy of 10^-3K. Within that accuracy, it was known to obey a logarithmic discontinuity above and below the lambda point. In 1955, there was a famous dispute between Blatt, Butler, and Schafroth who argued that the curve would be rounded closer in than 10^-3K, and Feynman who bet that there will be no rounding within 10^-5K. One of Bill's most famous experiments followed, co-performed with M. J. Buckingham and C. F. Kellers in 1957. They demonstrated that the logarithmic discontinuity held to within 10^-6K. Their work was further brilliantly extended by John Lipa in a 1992 Shuttle-based space experiment achieving nano-Kelvin accuracy.

4) Expression hc/2e: This represents the discovery in 1961, separately by R. Doll and M. Nabauer in Germany and Bascom Deaver and Bill at Stanford, of quantized magnetic flux in superconductors. Fritz London had tentatively predicted flux quantization in 1948 with a suggested value of hc/e. Prior to the experiment, Lars Onsager, in conversations with Bill, had conjectured that the true result might be hc/2e, and that was the result which Bascom and Bill, unlike Doll and Nabauer, actually found. Thereafter, it was interesting to see how many theorists claimed to have known it all along, though it is not always easy to find their published statements prior to the experiment. Quantized magnetic flux, in combination with Brian Josephson's brilliant prediction of quantum mechanical tunneling (the Josephson effect) led in turn to the SQUID magnetometers vitally important in many experiments including the GP-B gyroscope readout.