What is Transition: Definition and 536 Discussions

A transition economy or transitional economy is an economy which is changing from a centrally planned economy to a market economy. Transition economies undergo a set of structural transformations intended to develop market-based institutions. These include economic liberalization, where prices are set by market forces rather than by a central planning organization. In addition to this trade barriers are removed, there is a push to privatize state-owned enterprises and resources, state and collectively run enterprises are restructured as businesses, and a financial sector is created to facilitate macroeconomic stabilization and the movement of private capital. The process has been applied in China, the former Soviet Union and Eastern bloc countries of Europe and some Third world countries, and detailed work has been undertaken on its economic and social effects.
The transition process is usually characterized by the changing and creating of institutions, particularly private enterprises; changes in the role of the state, thereby, the creation of fundamentally different governmental institutions and the promotion of private-owned enterprises, markets and independent financial institutions. In essence, one transition mode is the functional restructuring of state institutions from being a provider of growth to an enabler, with the private sector its engine. Another transition mode is change the way that economy grows and practice mode. The relationships between these two transition modes are micro and macro, partial and whole. The truly transition economics should include both the micro transition and macro transition. Due to the different initial conditions during the emerging process of the transition from planned economics to market economics, countries uses different transition model. Countries like P.R.China and Vietnam adopted a gradual transition mode, however Russia and some other East-European countries, such as the former Socialist Republic of Yugoslavia, used a more aggressive and quicker paced model of transition.The term "transition period" is also used to describe the process of transition from capitalism to the first stage of socialism, preceding the establishment of fully developed socialism (aka communism).

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  1. S

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    Dear all, I have calculated the rotationally averaged two-photon transition strength (DeltaTPA) using the CCSD response approach. Degenerate TPAs of ten excited states have been calculated. For most of the excited states considered, I got the positive DeltaTPAs, while for some excited states...
  2. T

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  3. T

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  4. U

    Transition Radiation rates of Hamiltonian

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  5. Y

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  6. L

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  7. C

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  8. U

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  9. A

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  10. C

    Transition matrix between two bases?

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  11. C

    How can I find the transition matrix from bases a to r?

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  12. A

    Transition from inertial to circular motion

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  13. N

    How to prove a vector bundle is non-trivial using transition functions

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  14. K

    Feynman diagram for radiative transition

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  15. M

    Transition Rates / Squared Dirac Delta

    I am not understanding something from my textbook. This is related to Fermi's Golden rule. It's about what happens when the matrix element of the perturbation H' ends up being a Dirac delta for chosen normalization. Here is Fermi's Golden rule. \Gamma_{ba} = 2\pi \left|\langle b \mid H'\mid a...
  16. H

    Calculating the Cross Section for a Laser's Transition Rate Equations

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  17. jegues

    State Transition Matrix, Determining States

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  18. C

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  19. D

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  20. M

    Transition matrix -> change of basis.

    Homework Statement B = {b1, b2, b3} and C = {c1, c2, c3} are two basis's for R3 where the connection between the basis vectors are given by b1 = -c1 + 4c2, b2 = -c1 + c2 + c3, b3 = c2 - 2c3 a) decide the transformation matric from basis B to basis C. A vector x is given in...
  21. G

    Why transition rate independent of time in perturbation theory?

    After time t, the probability of monochromatic absorption of the ground state |1> to the energy state |n> is given by: |<n|1>|^2=4|U_{n1}|^2\frac{\sin^2((E_n-E_1-\hbar\omega)t/2\hbar)}{(E_n-E_1-\hbar\omega)^2} where U is the transition matrix. The claim is that as t goes to infinity, the...
  22. P

    Hyperbolic Sine - Exponent transition

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  23. A

    Are Phase Transitions Caused by Instabilities or Spontaneous Symmetry Breaking?

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  24. xortdsc

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  25. K

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  27. S

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  28. T

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  29. Corpuscule

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  30. S

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  31. H

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  32. C

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  33. G

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  34. J

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  36. H

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  37. J

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  38. Q

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  39. Astronomer1

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  41. z.js

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  42. M

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  43. B

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  44. L

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  46. B

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  47. M

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  48. G

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  49. B

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  50. fluidistic

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