'1': The Encyclopedia of Physical Laws Vol. 2

About the Book

‘1’ Prediction of the Fundamental Physical Constants Physical Constants 2010 CODATA Values of the Constants 2010 Bedrij* Predictions from Theory Electron mass 9.109 382 91 (40) x 10−31 kg 9.109 382 910 37 x 10−31 kg Planck constant 6.626 069 57 (29) x 10−34 J s 6.626 069 575 20 x 10−34 J s Natural unit of energy 8.187 105 06 (36) x 10−14 J 8.187 105 065 80 x 10−14 J Atomic unit of energy 4.359 744 34 (19) x 10−18 J 4.359 744 344 16 x 10−18 J Natural unit of momentum 2.730 924 29 (12) x 10−22 kg m s−1 2.730 924 293 56 x 10−22 kg m s-1 Atomic unit of momentum 1.992 851 740 x 10−24 kg m s−1 1.992 851 741 16 x 10−24 kg m s-1 Compton wavelength 2.426 310 238 9 (16) x 10−12 m c−1 2.426 310 238 92 x 10−12 m c−1 Nat. unit of conductance 2.654 418 729 438 x 10−3 S Conductance quantum 7.748 091 734 6 (25) x 10−5 S 7.748 091 734 637 x 10−5 S Char. impedan. of vacuum 376.730 313 461 • • • _ 376.730 313 461 7707 • • • _ Inv. conductan. quantum 12 906.403 7217 (42) _ 12 906.403 7217 11 _ Nat. u. of electric potent. 510 998.928 V 510 998.927 624 V Atomic u. of elect. potent. 27.211 385 05 (60) V 27.211 385 058 26 V Josephson constant 483 597. 870 (11) x 109 Hz V−1 483 597. 869 541 x 109 Hz V−1 von Klitzing constant 25 812.807 4434 (84) _ 25 812.807 443 423 _ Quantum of circulation 3.636 947 552 0 (24) x 10−4 m2 s−1 3.636 947 551 99 x 10−4 m2 s−1 Magnetic flux quantum 2.067 833 758 (46) x 10−15 Wb 2.067 833 758 14 x 10−15 Wb Atomic unit of velocity 2.187 691 263 79 (71) x 106 m s−1 2.187 691 263 7915 x 106 m * 2010 Bedrij predictions for other high precision physical cons tants, where more than 80 values of the constants the CODATA Physical Measurement Laboratory of NIST has no physical measurements, are listed in the Definition of Physical Quantities and the Fundamental Physical Constants, volumes 1-3.

About the Author

Orest Bedrij is a multidisciplinary research scientist in the foundation of nature, of ‘1’, at the Institute for Advanced Study of ‘1.’ For the past forty-seven years, he has been integrating human efforts to rigorously conceptualize, verify, and systematize the unity of disparate phenomena in their expressions in diverse mathematical frameworks, sciences, religions, and wisdom traditions. While unifying scientific theories and mathematical structures under one all-embracing theory of everything, he has also been searching for answers on how to expand the limits of our critical thinking and human capacities. Bedrij reveals new insights in the grand unification of empirical support through physics and the science of the mind, with verification of the ultimate foundation of nature—the deep and profound meaning of our existence as participators in the creative process of nature. At the age of twenty-nine, Bedrij was IBM’s technical director at NASA’s Jet Propulsion Laboratory, California Institute of Technology. He was responsible for the development and integration of the Space Flight Operations Facility computer complex that controlled the first soft landing on the moon.