Dr. Hadouri,

Let me try to answer your question. We have built a spacextime integrable cybernetic system Mallick (1993, 2014, 2015), Mallick, Hamburger and Mallick (2016, 2017), by which if the entropy of an e-stock exchange system is given by the Shannon Entropy then when the state-space is systems integrable the spacextime of the system field is also classifiable and integrable (Mallick.al.) by Mallick-Hamburger-Mallick Functor Algebra Calculus (Mallick, Hamburger and Mallick (2016, 2017)) as a solution to the P vs. NP problem of Millenium Mathematics Prize. Hence the Effectiveness in the sense of differentiable growth and Efficiency in the sense of differentiable closure, are problems of String Theoretic Differential Calculus which we have solved for algorithmically as above. Sorry, if we sound like a salesman of science but we hope we have been able to solve your problem somewhat by our above research.

Soumitra K. Mallick

for Soumitra K. Mallick, Nick Hamburger, Sandipan Mallick

Dear Hidouri,

Sorry I can't follow French, but based on your title I made some extensions from our research which might help in analysing with respect to the Laws of Thermodynamics from our research in Electronic Commerce and Electronic Stock Exchange system which can help in experiments on Physics, Chemistry, Biology, Economics all at the same time. A way to do it is by using what Theoretical String Theorists call curled up dimensions. So in Mallick (1993, 2015) we have considered only the Economics dimension and Economics and Physics dimensions respectively and in Mallick, Hamburger, Mallick (2016) we have considered the Economics, Physics as in Internetworked Computer Systems Science together which gives rise to different dimensions of the differential equation system for solution ref.www.econometricsociety.org/profiles/Soumitra_Mallick. What we get out of doing all this is a reduced form Shannon Entropy Genetic Algorithm where that is the objective function which can be solved by Convex Programming by using Lagrangean optimisation, all this using fundamental Bosonic particle homogeneity by using market prices as experimental weights for carrying out what is called Vector Diffeotopy solution of String Theory systems. We have used a network based optimisation developed by Kolokythos, Kantharia, Raichaudhuri et.al. where we have chemically engineered a viable network but those results we have submitted to the Royal Swedish Academy of sciences and some of my scientist network buddies. The net result in your case is that Thermodynamics results can be String Theoretically controlled and systems with energy -information conversion need not be unstable in Entropy but reach steady state equilibrium with human use. This comes mathematically by solving the P vs. NP problem and the Yang Mills Mass Gap and existence problems of Millenium Prizes with fundamental Higgs-Englert-Bosons Systems Classification and Systems Integration (Mallick (2014), Mallick, Hamburger, Mallick (2016), Mallick (2011)).

Soumitra K. Mallick

for Soumitra K. Mallick, Nick Hamburger, Sandipan Mallick

I believe efficiency is more important in case of the thermal systems.

Hi Khaoula,

Efficiency is ‘’how to do things right’’, while effectiveness is ‘how to do the right things’, So I think you should go with ‘effectiveness’.

Hope this helps,

Thanks, Khaoula.

Good luck with your research.

Dear Hidouri,

In your question description you are defined the difference between the two concept in question. Good question and wonderful description. keep it up doctor.