本书梳理和总结了中国科学院院士、半导体物理学家夏建白院士近60年从事半导体物理学领域科研活动的历程。主要包括夏建白院士生活和工作的珍贵照片、有代表性的研究论文、自传以及获授奖项等内容。夏建白院士是我国著名的半导体物理学家，在低维半导体微结构电子态的量子理论及其应用方面进行了系统的研究，对推动我国半导体物理科学领域的学术繁荣、学科发展、技术创新、产业振兴以及人才培养做出了重要贡献。

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目录
序
第一部分 自述
自述 3
第二部分 学术论文选编
Generalized lower-hybrid-drift instability 13
超晶格电子结构的赝势计算 36
Hole subbands in quantum wells and superlattices 48
Theoretical analysis of electronic structures of short-period superlattices(GaAs)m /(AlAs)n and corresponding alloys Aln/ (m+n)Gam/ (m+n)As 54
Theory of hole resonant tunneling in quantum-well structures 68
Pseudopotential approach to long-period narrow-gap superlattices 79
Theory of anisotropic donor states in quantum-well structures 92
Electronic structures of zero-dimensional quantum wells 105
Electronic structures of superlattices under in-plane magnetic field 121
Γ-X mixing effect in GaAs / AlAs superlattices and heterojunctions 137
Electronic structures and optical properties of short-period GaAs / AlAs superlattices 149
Semiclassical and envelope-function treatment of magnetic levels in superlattices under an in-plane magnetic field 168
Electronic structures of GdAs / GaAs superlattices 177
Effective-mass theory for superlattices grown on (11N)-oriented substrates 190
Quantum waveguide theory for mesoscopic structures 204
Theory of the electronic structure of porous Si 217
Temperature effect on porous silicon luminescence 231
Exciton states in the GaAs / Ga1-x Alx As corrugated superlattices grown on (311)-oriented substrates 241
A transfer matrix approach to conductance in quantum waveguides 249
On the soft wall guiding potentials in realistic quantum waveguides 261
Electronic structure of quantum spheres and quantum wires 270
Linear polarization of photoluminescence in quantum wires 282
Exciton states in isolated quantum wires 295
Quantum confinement effect in thin quantum wires 306
Electronic structure and optical transition of semiconductor nanocrystallites 319
Electronic structure of quantum spheres with wurtzite structure 332
Exciton states and optical spectra in CdSe nanocrystallite quantum dots 343
Hole levels and exciton states in CdS nanocrystals 357
Optical spectra of CdSe nanocrystals under hydrostatic pressure 364
Electronic structure and transport properties of quantum rings in a magnetic field 377
Electronic structure and optical properties of quantum rods with wurtzite structure 389
Resonant tunneling of holes in GaMnAs-related double-barrier structures 402
Resonant tunneling theory of planar quantum dot structures 408
Quantum waveguide theory for hole transport in mesoscopic structures 419
Effects of electric field on the electronic structure and optical properties of quantum rods with wurtzite structure 427
Effects of magnetic field on the electronic structure of wurtzite quantum dots： Calculations using effective-mass envelope function theory 441
Mean-field study of Fe2+- and Co2+- doped diluted magnetic semiconductors 457
Effects of shape and magnetic field on the optical properties of wurtzite quantum rods 469
Photonic band structures of two-dimensional photonic crystals with deformed lattices 482
Two-dimensional photonic band-gap defect modes with deformed lattice 492
Optical properties of GaN wurtzite quantum wires 500
Electronic structure of ZnO wurtzite quantum wires 512
Rashba spin-orbit coupling in InSb nanowires under transverse electric field 524
Electronic structure of Mn-doped ZnO quantum wires： A mean-field theory study 539
High and electric field tunable Curie temperature in diluted magnetic semiconductor nanowires and nanoslabs 550
Influence of N doping on the Rashba coefficient， semiconductor-metal transition，and electron effective mass in InSb1-xNx nanowires： Ten-band k·p model 557
Giant and zero electron g factors of dilute nitride semiconductor nanowires 569
Hole Rashba effect and g-factor in InP nanowires 576
One-dimensional quantum waveguide theory of Rashba electrons 587
Spin polarization in one dimensional ring with Rashba spin-orbit interaction 604
Photonic band structure of one-dimensional metal / dielectric structures calculated by the plane-wave expansion method 614
Photonic band structure of two-dimensional metal / dielectric photonic crystals 626
第三部分 媒体报道
甘为半导体王国的理论奠基石 643
夏建白：院士中的热心人 651
我国半导体物理的推动者夏建白：一生挚爱唯物理 654
一辈子的成长与老师分不开——访全国政协委员？中国科学院半导体研究所院士 夏建白 660
夏建白院士：只喜欢“安安心心做点研究” 663
今天，科教界如何安心？ 668
夏建白：正确看待科技期刊国际化 670
第四部分 附录
夏建白获奖情况 675
专著目录 676
部分专著节选 677
后记 791