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72 CHAPTER 3. T-J MODEL ON THE TRIANGULAR LATTICE 0 0 -0.2 -0.5 e pot e kinetic -0.4 -1 0 0.4 0.8 Electron doping δ 0 0.4 0.8 Electron doping δ Figure 3.12: Kinetic (e Kinetic ) and exchange energy (e pot. ) per site for the Gutzwiller wavefunction (bold line), the commensurate flux phase with 2π/3 flux per plaquette (open circles) and with π/2 flux per plaquette (dashed line), the d + /AF/J wavefunction (open squares).
3.4. RESULTS AND DISCUSSION 73 0.00 -0.02 e c -0.04 -0.06 -0.08 d + AF+d + / J Ferro SDW N=108 -0.10 0 0.2 0.4 0.6 0.8 1 Electron density n Figure 3.13: Condensation energy per site e c for different wavefunctions in a 108 site cluster.
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VARIATIONAL STUDY OF STRONGLY CORRE
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4 Abstract
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6 Version abrégée
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8 Acknowledgments check that our di
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10 Acknowledgments
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12 CONTENTS 3.3.5 Order parameters
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14 CONTENTS
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16 CHAPTER 1. INTRODUCTION c Ba 2+
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18 CHAPTER 1. INTRODUCTION the CuO
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20 CHAPTER 1. INTRODUCTION local Co
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122 CHAPTER 5. THE FLUX PHASE FOR T
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134 CHAPTER 6. ORBITAL CURRENTS IN
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176 CHAPTER 7. CONCLUSION is the st
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178 CHAPTER 7. CONCLUSION although
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180 BIBLIOGRAPHY [17] E. Dagotto. R
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182 BIBLIOGRAPHY [59] F. F. Assad.
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184 BIBLIOGRAPHY [98] M. Posternak,
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186 BIBLIOGRAPHY [136] B. Fauqué,
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188 BIBLIOGRAPHY
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190 APPENDIX A. DETERMINANTS AND PF
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192 APPENDIX B. A PAIR OF PARTICLES
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Education • Reviewer activity at
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2. Model of strongly correlated ele
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List of publications 1. Ising Trans
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Schools, workshops and conferences
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