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9780521806428

A Theory of Economic Growth: Dynamics and Policy in Overlapping Generations

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  • ISBN13:

    9780521806428

  • ISBN10:

    0521806429

  • Format: Hardcover
  • Copyright: 2002-11-11
  • Publisher: Cambridge University Press

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Summary

Inter-generational transfers are at the center of economic policy debates today. Reducing public debt; financing social security; taxing capital and bequests; and designing the education system imply substantial inter-generational transfers. The tool that economists employ to analyze these issues is the overlapping generations model, which reflects the different periods of life. When the model includes capital accumulation, it also allows researchers to formalize the development of an economy, relating its growth path to the savings behavior of young agents. The aim of this book is an in-depth analysis of this model that includes its major policy implications.

Table of Contents

Introduction xiii
Overlapping Generations and Macro-economics xiii
Overlapping Generations in Other Fields xv
Outline of the Book xvi
Acknowledgments xvii
Competitive Equilibria
1(71)
The Model
1(3)
Two-period-lived Individuals
2(1)
Neo-classical Technology
3(1)
Firms
4(1)
Main Assumptions
4(6)
The Assumptions on the Utility Function
4(2)
The Assumptions on the Production Function
6(4)
The Behavior of the Agents at Period t
10(6)
The Young Individuals
10(1)
The Inter-temporal Elasticity of Substitution
11(1)
The Properties of the Savings Function
12(3)
The Old Individuals
15(1)
The Firms
15(1)
The Temporary Equilibrium
16(3)
The Inter-temporal Equilibrium with Perfect Foresight
19(8)
Existence of Equilibria
20(2)
Uniqueness of the Inter-temporal Equilibrium
22(5)
Capital Dynamics at a Rational Inter-temporal Equilibrium
27(12)
Steady States and Stability
27(2)
Dynamics
29(5)
The Behavior Near 0
34(3)
A Quick Look at the Empirics of Growth
37(2)
Comparison of Myopic and Perfect Foresight
39(6)
The Steady States
41(1)
Local Stability
42(1)
Uniqueness of the Steady State
43(2)
Applications and Extensions
45(25)
Myopic and Perfect Foresight in an Example
45(5)
A Demographic Shock
50(1)
Non-separable Utility Function
51(2)
Homothetic Preferences
53(1)
Heterogeneous Agents
54(2)
Technical Progress
56(1)
Imperfect Credit Market
57(7)
Three-period-lived Households
64(2)
Borrowing Constraints in the Three-period Model
66(4)
Conclusion
70(2)
Optimality
72(57)
Optimality of Stationary Paths
73(9)
Feasible Long-run Capital Stock
74(3)
The Optimal Stationary Path: The Golden Age
77(3)
Under- and Over-accumulation of Capital
80(2)
Optimality of the Dynamics
82(8)
Dynamic Efficiency
82(4)
Pareto Optimality of Dynamics
86(4)
The Planning Problem
90(11)
The Objective Function
91(1)
Properties of the Value Function
92(3)
Existence and Monotonicity of Optimal Paths
95(4)
Limit of the Optimal Path and Optimal Steady State
99(2)
Marginal Analysis of Optimal Solutions
101(11)
The Optimality Conditions
102(4)
The Planner's Stationary Solution
106(1)
Local Dynamics
106(2)
A Graphical Exposition
108(4)
Unbounded Optimal Growth
112(5)
Existence of Optimal Paths When σ > 1
112(2)
Existence of Optimal Paths When σ > 1 (and γ ≥ 1) < 1 (and γ ≥ 1)
114(1)
Existence of Optimal Paths When σ > = 1
115(1)
General Result
116(1)
The Long-run Growth Rate
116(1)
Applications and Extensions
117(10)
Properties of the Policy Functions When f(0) > 0
118(2)
Application: The Optimal Speed of Convergence
120(1)
Application: Rise in β
121(1)
A Mixed CES-Linear Production Function
122(2)
Optimal Growth in the Ak Model
124(3)
Conclusion
127(2)
Policy
129(50)
Lump-sum Transfers and the Second Welfare Theorem
129(11)
Equilibrium with Lump-sum Transfers
129(7)
The Second Welfare Theorem
136(2)
The Direction of Optimal Transfers in the Long Run
138(1)
Reversal of Optimal Transfers Over Time: An Example
139(1)
Pensions
140(15)
Fully Funded System
141(2)
Pay-as-you-go System: Existence of Equilibrium
143(1)
Pay-as-you-go Systems with Constant Pensions
144(6)
Capital Accumulation and Pay-as-you-go Pensions
150(2)
Further Comments
152(3)
Public Spending
155(6)
Public Spending in the Competitive Economy
155(3)
Public Spending: Optimal Financing
158(1)
Second-best Policies
159(2)
Study of the Second-best Problem
161(10)
Restating the Problem
161(1)
Three Issues
162(3)
A Standard Approach to the Problem
165(2)
An Auxiliary Problem
167(4)
Applications and Extensions
171(7)
Optimal Growth Rate of Population
172(1)
Application: The Tax on the First Old Generation
173(1)
Application: Financing Future Spending
174(1)
Proportional Government Spending
175(3)
Conclusion
178(1)
Debt
179(59)
Diamond's Model with Debt
181(3)
The Model
181(1)
The Temporary Equilibrium
182(1)
The Inter-temporal Equilibrium with Perfect Foresight
183(1)
The Inter-temporal Budget Constraint of the Government
184(9)
Debt with the Two Types of Lump-sum Taxes
186(4)
Debt with a Restriction of Only One Type of Lump-sum Tax
190(2)
Ponzi Games
192(1)
Constant Deficit Policies
193(23)
Balanced Budget Policies: Local Analysis
195(3)
Balanced Budget Policies: Graphical Illustration
198(5)
Non-zero Deficit: Local Analysis
203(5)
Non-zero Deficit: Graphical Illustration
208(3)
Ponzi Debt, Money, and Bubbles
211(5)
Constant Debt Policies
216(14)
Sustainability in the Short Run
216(3)
Sustainability in the Long Run
219(4)
Characteristics of Inter-temporal Equilibria
223(3)
Policy Implications
226(4)
Applications and Extensions
230(6)
Constant Debt-Output Ratio
230(3)
Deficits and Cycles
233(3)
Conclusion
236(2)
Further Issues
238(67)
Dynastic Altruism: A Bequest Motive
239(17)
Modeling Voluntary Bequests
239(7)
Marginal Analysis of Bequests
246(2)
Altruism and the Neutrality of Economic Policy
248(4)
When are Bequests Positive?
252(4)
Human Capital and Education
256(24)
Modeling Education
257(2)
Parental Funding: Private vs Public Education
259(10)
Market Funding
269(5)
The Tradeoff between Studying and Working
274(6)
Inter-generational Externalities
280(11)
Inter-generational Taste Externalities in the Competitive Economy
281(5)
The Optimal Allocation
286(3)
Extensions
289(1)
Conclusion
290(1)
Macro-economics and General Equilibrium
291(14)
Modeling Arrow-Debreu Market Equilibria
292(2)
Arrow-Debreu Market Equilibria from --∞ to +∞
294(1)
Sequence Equilibrium from --∞ to +∞
295(2)
Arrow-Debreu Equilibria from 0 to +∞
297(3)
Example
300(4)
Conclusion
304(1)
Technical Appendices 305(42)
Production Functions
305(6)
Homogeneity
305(2)
Limits of f(k) and f'(k)
307(1)
The Marginal Productivity of Labor
308(1)
The Limit of w(k)/k
309(1)
The Cobb-Douglas Function as a Limit Case
310(1)
Calculus
311(3)
The Mean Value Theorem for Derivatives
311(1)
The Implicit Function Theorem
311(1)
Limits, lim sup, and lim inf
312(2)
Limit Points of Multi-dimensional Sequences
314(1)
Dynamical Analysis
314(12)
Monotonic Dynamics
314(1)
Local Stability (Dimension One)
315(1)
Linear Dynamics in the Plane
316(4)
Local Stability of Non-linear Dynamics (Dimension 2)
320(2)
Bifurcations of Monotonic Dynamics
322(4)
Dynamic Optimization
326(12)
The Value Function
326(9)
Necessary and Sufficient Conditions for Optimality
335(3)
Calibration and Simulation
338(6)
The Cobb--Douglas Model
338(2)
The Model with a CES Production Function
340(1)
Introduction of Policies in the Model with CES Production
341(2)
Numerical Solution to Non-linear Forward-looking Models
343(1)
Statistics
344(3)
Dynamics of Distributions
344(1)
Normal and Log-normal Distributions
345(2)
List of Definitions 347(2)
List of Propositions 349(4)
List of Assumptions 353(2)
Bibliography 355(14)
Author Index 369(4)
Subject Index 373

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