MY EMAIL TO NFS:

My name is Andrei-Lucian Drăgoi and I am a Romanian pediatrician specialist, also undertaking independent research in digital physics and informational biology. Regarding your project called " Ideas Lab: Measuring "Big G" Challenge" (that I’ve found at this link: http://www.nsf.gov/funding/pgm_summ.jsp?pims_id=505229&org=PHY&from=home), I want to propose you a USA-Romania collaboration in this direction, based on my hypothesis that each chemical isotope may have its own “big G” imprint.

The idea is simple. Analogously to the photon, the hypothetical graviton may actually have a quantum angular momentum measured by a gravitational Planck-like quanta which I have noted h_eg, and a quantum G scalar G_q=f(h_eg). Despite Planck constant (h) being constant, h_eg may not be constant and may have slight variability that can depend on many factors including the intranuclear energetic pressures measured by the average binding energy per nucleon (E_BN) in any (quasi-)stable nucleus. I have proposed a simple grade I function that can generate a series hs_eg(E_BN) as a scalar function of E_BN, that also implies a series of quantum G scalars Gs_q(E_BN)= f[hs_eg(E_BN)] which is also a function of E_BN, as it depends on hs_eg(EBN). In conclusion: every isotope may have its own G "imprint" and that is one possible explanation (the suspected so-called “systematic error”) for the variability of the experimental G values from one team to another: I have called this hypothesis the multiple G hypothesis (mGH). I also propose a series of systematic experiments to verify mGH. As I don't work as a physicist (I am a Pediatrics specialist working in Bucharest, Romania) and just do independent research in theoretical physics, I don't have access to experimental resources, so I propose you a collaboration between USA and Romania and some experiments conducted either in the USA or in Romania (at "Horia Hulubei National Institute for R&D in Physics and Nuclear Engineering (IFIN-HH)", from Magurele, Romania: http://www.nipne.ro)

I have attached an article (in pdf format) that contains my hypothesis and its arguments (exposed in the first part of this paper): this work can also be downloaded from the link http://dragoii.com/BIDUM3.0_beta_version.pdf

My main research pages are:

https://univermed-cdgm.academia.edu/AndreiLucianDragoi

https://www.researchgate.net/profile/Andrei_Lucian_Dragoi2

Please, send me a minimal feedback to know that my message was received.

I am opened to any additional comment/suggestion/advice you may have on my idea on the big G.

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THE REPLY FROM NFS:

Dear Dr. Dragoi,

   Thank you for your interest in our programs. Unfortunately, NSF does not fund research groups based outside the US. Should you succeed in your goal of creating a Romanian-US collaboration, please have your American collaborators contact NSF directly.

Best regards,

Pedro Marronetti

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FINAL CONCLUSION: If you are interested in this collaboration, please send feedback on [email protected] so that we may apply to NFS challenge until 26 October 2016 (which is the deadline).