Ryuzo Sato, C.V. Starr Professor of Economics and Director of the Center for Japan–US Business and Economic Studies, Management Education Center, Leonard N. Stern School of Business, New York University, US

• Contents: Part I: Growth Theory 1. Fiscal Policy in a Neo- Classical Growth Model: An Analysis of Time Required for Equilibrating Adjustment 2. The Harrod-Domar Model vs. the Neo-Classical Growth Miodel 3. Factor Prices, Productivity and Economic Growth 4. Stability Conditions in Two-Sector Models of Economic Growth 5. Optimal Savings Policy when Labor Grows Endogneously 6. Population Growth and the Development of a Dual Economy 7. Shares and Growth under Factor Augmenting Technical Change 8. A Note on Economic Growth, Technical Progress and the Production Function 9. A Note on Scarcity of Specific Resources as a Limit to Output: A Correction 10. A Further Note on a Difference Equation Recurring in Growth Theory Part II: Technical Change 11. Neutral Inventions and Production Functions and An Addendum 12. The Estimation of Biased Technical Progress and the Production Function 13. Aggregate Production Functions and Types of Technical Progress: A Statistical Analysis 14. The Impact of Technical Change of the Holotheticity of Production Functions 15. Factor Price Variation and the Hicksian Hypothesis: A Microeconomic Model 16. A Theory of Endogenous Technical Progress: Dynamic Böhm-Bawerk Effect and Optimal R & D Policy 17. Technical Progress, the Schempeterian Hypothesis and Market Structure 18. Measuring the Impact of Technical Progress on the Demand for Intermediate Goods: A Survey Name Index

Ryuzo Sato, C.V. Starr Professor of Economics and Director of the Center for Japan–US Business and Economic Studies, Management Education Center, Leonard N. Stern School of Business, New York University, US

• Contents: Part I: Growth Theory 1. Fiscal Policy in a Neo- Classical Growth Model: An Analysis of Time Required for Equilibrating Adjustment 2. The Harrod-Domar Model vs. the Neo-Classical Growth Miodel 3. Factor Prices, Productivity and Economic Growth 4. Stability Conditions in Two-Sector Models of Economic Growth 5. Optimal Savings Policy when Labor Grows Endogneously 6. Population Growth and the Development of a Dual Economy 7. Shares and Growth under Factor Augmenting Technical Change 8. A Note on Economic Growth, Technical Progress and the Production Function 9. A Note on Scarcity of Specific Resources as a Limit to Output: A Correction 10. A Further Note on a Difference Equation Recurring in Growth Theory Part II: Technical Change 11. Neutral Inventions and Production Functions and An Addendum 12. The Estimation of Biased Technical Progress and the Production Function 13. Aggregate Production Functions and Types of Technical Progress: A Statistical Analysis 14. The Impact of Technical Change of the Holotheticity of Production Functions 15. Factor Price Variation and the Hicksian Hypothesis: A Microeconomic Model 16. A Theory of Endogenous Technical Progress: Dynamic Böhm-Bawerk Effect and Optimal R & D Policy 17. Technical Progress, the Schempeterian Hypothesis and Market Structure 18. Measuring the Impact of Technical Progress on the Demand for Intermediate Goods: A Survey Name Index

Ryuzo Sato, C.V. Starr Professor of Economics and Director of the Center for Japan–US Business and Economic Studies, Management Education Center, Leonard N. Stern School of Business, New York University, US

• Contents: Part I: Growth Theory 1. Fiscal Policy in a Neo- Classical Growth Model: An Analysis of Time Required for Equilibrating Adjustment 2. The Harrod-Domar Model vs. the Neo-Classical Growth Miodel 3. Factor Prices, Productivity and Economic Growth 4. Stability Conditions in Two-Sector Models of Economic Growth 5. Optimal Savings Policy when Labor Grows Endogneously 6. Population Growth and the Development of a Dual Economy 7. Shares and Growth under Factor Augmenting Technical Change 8. A Note on Economic Growth, Technical Progress and the Production Function 9. A Note on Scarcity of Specific Resources as a Limit to Output: A Correction 10. A Further Note on a Difference Equation Recurring in Growth Theory Part II: Technical Change 11. Neutral Inventions and Production Functions and An Addendum 12. The Estimation of Biased Technical Progress and the Production Function 13. Aggregate Production Functions and Types of Technical Progress: A Statistical Analysis 14. The Impact of Technical Change of the Holotheticity of Production Functions 15. Factor Price Variation and the Hicksian Hypothesis: A Microeconomic Model 16. A Theory of Endogenous Technical Progress: Dynamic Böhm-Bawerk Effect and Optimal R & D Policy 17. Technical Progress, the Schempeterian Hypothesis and Market Structure 18. Measuring the Impact of Technical Progress on the Demand for Intermediate Goods: A Survey Name Index