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Thomas Chamberlain has been an independent research scientist in theoretical physics since ~1970 and in mathematical psychology and economics (applied psychology) since 1981. Over this interval until recently he was employed as an engineer at Boeing, Raytheon, and other aerospace companies.

In 1993 he finalized the canonical human behavior equation and in 1997 he began presenting papers at international economics conferences. His 2003 contribution “Does uneven expected risk promote poverty and instability?” provided the analytical basis or justification for international commerce damping and human recapitalization, two increasingly prominent 21st-century approaches for arresting and reversing the fateful concentration of wealth and income in a small percentage of the population. The related Discretionary-Power Principle of Justice was also introduced in the 2003 paper. More recently (2011) he has prepared a deeper mathematical system that unites neoclassical and Gossenian micro-economics, two systems in essential conflict since the Marginal Revolution of the 1870s.

In physics his studies over the years focused on conceptualizing relativity and quantum mechanics (to the extent either may be possible). In 2012 he decided to concentrate on basic physics—suspending psychology and economics—with the goal of eventually uniting anisotropic (light-velocity) relativity and quantum theory. Because orthodox relativity rejects anisotropic light-velocity this effort immediately concentrated on special relativity to the neglect of quantum theory. In 2014 special relativity (and therefore general relativity) was found incomplete due to the isotropic c=constant postulate. The resulting paper “Fundamentally anisotropic light-velocity at the foundation of classical physics” was presented at the 2015 June AAAS-PD conference in San Francisco. (Original title changed).

                                                                    Far-Field Gravitation

          On the basis of a belief, from well before 2012, that one-way (near) infinite light-speed was crucially germane to deepening classical physics theory, almost immediately after the San Francisco conference (2015 July) he ascertained that Hubble expansion and Einstein’s same-motion acceleration (1907) are essentially related (in some manner)—inasmuch as equating the Hubble expansion, V=rH, to the similar expansion from S-M acceleration (in the limit V=c) with the latter as a free parameter yielded a=cH=6.3E-10 m/s2, which is within an order of Milgrom’s universal acceleration constant a0=1.2E-10 m/s2.

          Another nearly seven months (to 2016 February) were required to place Milgrom’s empirical Deep MOND on a relativistic basis (i.e., within “state-of-art” relativity physics, which extends standard relativity physics to formally recognize anisotropic light-speed—see Rizzi et al. (2008) and the AAAS-PD/San Francisco paper). Two new inductive advances enabled this theoretical advance: (1) conjunction of one-way infinite light-speed and the Hubble expansion to yield the corresponding time dilation; followed by (2) combining this time-dilation with its counterpart emerging from the Schwarzschild solution. The result was the relationship VL2=2(GM/rS)1/2(rHcH0)1/2 – departing from Milgrom’s functionally similar Vf2=(GMa0)1/2 by the Schwarzschild-based radius rS and the Hubble-expansion based rH, which, being equal, cancel out. (Note that VL is not Milgrom’s circular orbit speed Vf but rather the (also invariant) speed emerging from the linearized Lorentz transformation. The factor “2” had been mistakenly overlooked and was inserted as part of the previous revision on March 29, 2017.)

          Further developments over the next few months towards a complete deepening of the Einstein Field Equations were eventually suspended in order to prepare for the rapidly approaching AAAS-PD Conference in San Diego (14-17 June 2016), where the approximate formulation of Milgrom’s expression with comparison against astronomical “far-field” star and gas velocities was presented.


Accommodation of Far-Field Gravitation in the Schwarzschild Solution

         The principal task in allowing completion of the paper has been establishing how the inverse-radius dependence of far-field gravitation emerges from the invariant far-field time-dilation d(Del-t')/dt=-(GMcH0)1/2/c2, a continuing task that began with the relation’s origination in 2016 February and was finally achieved in early November. Steady, non-accelerating Hubble expansion was the key permitting  

           a = d[(GM/rS)(rHcH)]1/2/dr = - ½ (GMcH0)1/2/r  while  d[(GM/rS)(rHcH0)]1/2/dr=0.

 (Note that the factor “1/2” was initially overlooked and inserted as part of the previous revision on March 29, 2017. A significant consequence of this correction was a much-improved correspondence or agreement between Milgrom’s a0=1.2E-13 km/s2 and the present cH0/41.6E-13 km/s2.)          

         Additional concerns delayed the paper, but it was completed soon before traveling to the AAAS-PD conference in Hawaii with presentation on 22 June. The paper may be accessed in the “Selected Physics Papers” of this website.

 Revised: June 25, 2017/tec




EDUCATION           PhD, University of California, Berkeley, 1972.

MS, Massachusetts Institute of Technology, 1966.

BS, Boston University, 1961

 ENDEAVOR:           Research scientist in physics, psychology, and economics.


CHRONOLOGY:      1970 (Approx.): Initiated independent study of relativity and quantum mechanics.

1981: Initiated independent study of mathematical behavior and economics.

1993: Completed the canonical Gossen Equation representing the individual’s subjective-utility based expectational plan.

1997: Initial presentation at an international economics conference of the “instant-utility” approach to mathematical behavior/economics. (72nd annual conference of the Western Economics Association International conference, Seattle.)

2003: Initial presentation of the theory-based poverty-reduction recommendations and the Discretionary-Power Principle of Justice (5th Pacific Rim Allied Organizations Conference, Taipei.)

2005: Initial statement recognizing the permanent nuclear detente between great powers with its potentially beneficial effect on economic development. (6th Pacific Rim Allied Organizations Conference, Hong Kong.)

2005: Addressed the pre-eminence of poverty-reduction versus social and economic rights. (61st International Atlantic Economic conference, Berlin; later presented at the 47th Congress of the European Regional Science Association, Paris.)

2006: Addressed how socialism and capitalism may be united in the goal of reversing and defeating poverty. (62nd International Atlantic EconomicConference, Philadelphia; later presented at the 7th Pacific Rim Allied Organizations Conference, Beijing)

2007: Extended the minimum wage scope to include human recapitalization as a necessary step for defeating poverty. (64th International Atlantic Economic Conference; Savannah, Georgia.)

2008: Recommended for a lasting détente that the West should promote international-commerce damping and human recapitalization as its domestic/international policy while the East should make accommodating adjustments. (65th International Atlantic Economic Conference, Warsaw.)

2009: Further recommendation of the alternative of human recapitalization and international commerce damping as a revision or improvement of the (now receding) Washington Consensus. (67th International Atlantic Economic Conference, Rome.)

2009: Letter-critique of mainstream economics published in the Financial Times (27 April), with recommendation for deeper knowledge to promote wellbeing and socioeconomic stability.

2009: Letter published in the Financial Times (18 December) on the crucial need for competent and true mathematical economics to help defeat poverty and achieve a sustainable world.

2010: Prepared historical overview of the development of the Gossenian approach to mathematical economics along with the application of this approach towards understanding and reversing poverty. (69th International Atlantic Economic Conference, Prague.)

2011: Introduced a new constraint on the neoclassical utility function thereby uniting neoclassical and Gossenian theory and opening the door for conciliation of the Austrian and neoclassical traditions. As applications, Walras’s substitution equations are completed and marginal productivities of capital and labor are functionally related to intertemporal discounting. (71st International Atlantic Economic Conference, Athens.)

2012: Began intensive effort to arrive at a substantive understanding of relativity physics that accommodates anisotropic light-velocity.

2014: Recognized the fundamental nature of anisotropic light-velocity in classical physics leading to the multi space-time condition in accordance with the dichotomy between Einstein’s light-pulse versus same-motion synchronization conventions.

2015: Completed the initial paper on the subject—“Fundamentally anisotropic light-velocity at the foundation of classical physics” (new title)—and presented at the 2015 June AAAS-PD conference in San Francisco.

2015 June: Initiated revision of general relativity to accommodate anisotropic light-velocity.

2016 February: Developed Milgrom's empirical Vf=(GMa0)1/4 as  theoretical VL=21/2(GMcH0)1/4 within up-to-date relativity physics. (Corrected Vf=(GMcH0)1/4 toVL=21/2(GMcH0)1/4 in the prior revision.)

2016 June: Letter published in the Financial Times (2 June) recommending conditional basic income (properly done) to grow human capital thereby promoting "the basic economic right, the Right to Life", where the resulting boost to economic growth yields increased tax revenue to keep government finances in balance.  

2016 June: Presented an approximate theoretical formulation of Milgrom's empirical Deep MOND at the annual AAAS-PD Conference (San Diego), which advances general relativity breakdown over dark matter as the explanation for "missing matter" throughout the cosmos. 

2016 November:   Recognized     steady,   non-accelerating   Hubble   expansion    as    the   basis  for   mathematical   derivation   of   far-field  gravity (inserted factor ½ correction in the previous revision)

               a = d([GM/rS][rHcH])1/2/dr = - ½ (GMcH0)1/2/r,

while acknowledging

               d([GM/rS][rHcH0])1/2/dr = 0,

thereby promoting a prospective metric for extending the Schwarzschild solution to accommodate inverse-r far-field gravity and clearing the path to completing the paper.

 2017 January: Advanced the “either/or” correspondence between far-field gravity and (also relativistic) dark matter (in the sense of inducing non-uniform time-progression), where the former’s closer association with GR suggests priority regarding follow-on progress (e.g., the new relationship in far-field theory between matter/energy and time-progression).

2017 June: Completed the "sub-field" gravitation paper and presented at the 98th annual AAAS-PD Conference in Hawaii. (The paper may be obtained on the "Selected Physics Papers" page.)