目录 序 第一部分 自述 自述 3 第二部分 论著选编 Magnetoconductance studies on InP surfaces 13 Electron subbands on InP 19 Electron subbands on InP 23 Observation of size effect in the quantum Hall regime 41 Distribution of the quantized Hall potential in GaAs AlxGa1-xAs heterostructures 49 Size effect in the quantum Hall regime 56 Gate controlled transport in narrow GaAs/AlxGa1-xAs heterostructures 61 Influences of particle hole Hartree interaction on magnetoresistances in disordered two dimensional hole systems 70 Influences of a parallel magnetic field on localization of disordered twodimensional electrons in GaAs/AlxGa1-xAs heterostructures 86 Nonresonant magnetotunneling in asymmetric GaAs/AlAs doublebarrier structures 93 Γ-X-Γ magneto tunneling oscillations in GaAs/AlAs double barrier structures 100 Tunneling escape time of electrons from a quantum well with Γ-X mixing effect 107 Density of states of the twodimensional electron gas studied by magnetocapacitances of biased double barrier structures 114 Studies on tunneling escape time of electrons from a quantum well in multilayered heterostructures 129 Direct observation for the reduction of exciton binding energy induced by perpendicular electric field 136 Subband separation energy dependence of intersubband relaxation time in wide quantum wells 143 The enhancement of diffusion by strain of InAs quantum dots in a GaAs matrix 150 Suppression of sequential tunneling current by a perpendicular magnetic field in a three barrier, two well heterostructure 157 Electron transport through a double quantum dot structure with intradot and interdot Coulomb interactions 163 Magnetoexciton polaritons in planar semiconductor microcavities 172 Electrical manifestation of the quantum confined Stark effect by quantum capacitance response in an optically excited quantum well 180 Capacitance voltage characteristic as a trace of the exciton evolvement from spatially direct to indirect in quantum wells 188 ivInfluence of transverse interdot coupling on transport properties of an Aharonov Bohm structure composed by two dots and two reservoirs 195 Ultrafast geometric manipulation of electron spin and detection of the geometric phase via Faraday rotation spectroscopy 206 Evaluation of holonomic quantum computation:adiabatic versus nonadiabatic 214 Mode splitting in photoluminescence spectra of a quantum dot embedded microcavity 222 Conditions for the local manipulation of tripartite Gaussian states 229 Laterally confined modes in wet etched, metal coated, quantum dot inserted pillar microcavities 237 Noiseless method for checking the Peres separability criterion by local operations and classical communication 244 A convenient way of determining the ferromagnetic transition temperature of metallic (Ga,Mn)As 253 A new type of photoelectric response in a double barrier structure with a wide quantum well 262 Spin polarized injection into a p-type GaAs layer from a Co2MnAl injector 267 Measurement of the transmission magnetic circular dichroism of Ga1-x MnxAs epilayers using a built in p-i-n photodiode 275 Valley Zeeman splitting of monolayer MoS2 probed by low-field magnetic circular dichroism spectroscopy at room temperature 284 GaAs/P型AlxGa1-xAs 异质结界面二维空穴的量子输运特性 295 Photonstorage in optical memory cells based on a semiconductor quantum dot quantum well hybrid structure 304 Conditions for the local manipulation of all bipartite Gaussian states 312 静压下半导体微腔内激子与光子行为的研究 320 Electronic band structures and electron spins of InAs/GaAs quantum dots induced by wettinglayer fluctuation 325 Electric field control of deterministic current induced magnetization switching in a hybrid ferromagnetic/ferroelectric structure 336 Tuning a binary ferromagnet into a multistate synapse with spin orbit torque induced plasticity 346 超导/低维电子气耦合体系研究 361 半导体微腔中的重要物理现象 385 第三部分 科研评述 郑厚植与低维半导体物理 421 第四部分 学术咨询 创新三思 435 21世纪的纳米技术 439 我国半导体超晶格科学的进展 442 学习《论科学技术》培养青年科技人才 448 迎接挑战，重视量子结构、量子器件及其集成技术的基础研究 450 整数、分数量子霍尔效应简介 453 中国科技如何应对WTO 470 人工物性剪裁——半导体超晶格物理、材料及新器件结构的探索 472 微电子、光电子与微系统子领域技术趋势与展望 475 具有变革性的光电子、光子器件技术发展路线图 479 半导体物理 485 关于影响我国发展的重大科技问题的思考 494 关于太阳能作为可再生能源的经济评价 499 太阳能发电作为可再生能源的主要科学技术问题 503 关于发展我国新固态光源（SSL）的建议 513 第五部分 信件往来 给常州市怀德苑小学四（1）班同学们的一封信 523 给常州市怀德苑小学三（5）班同学们的一封信 524 给学生的一封回信 525 一段遥远的回忆——祝贺我的母校上海市曹杨第二中学建校60周年 526 第六部分 行政管理 中国科学院半导体研究所《知识创新工程》试点方案概要 529 半导体超晶格国家重点实验室的建立和发展 532 关于国家“十五”科技计划体系研究的一点看法 536 关于研究所发展战略的若干思考——高技术创新与资本运营 538 光辉的业绩，永恒的师表 541 深化改革、继往开来——纪念中国科学院半导体研究所建所40周年 543 中国科学院半导体研究所改革进程的若干情况 547 所长任期述职报告（1994—1998年） 566 所长述职报告（1999—2002年） 580 携手前进、迎接挑战——祝贺清华大学微电子学研究所成立20周年 618 在第十四届全国半导体物理学术会议暨半导体物理学术讨论会开幕式上的讲话 620 在中国科学院半导体研究所领导换届大会上的讲话622 继往开来，重视和加强低维量子结构的物理研究——祝贺黄昆院士80华诞 624 一代宗师德厚流光——纪念黄昆先生诞辰100周年 625 荣誉表彰 631 授权专利 632 培养学生名单 635 大事记 637 后记 639
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