Indian Institute of Information Technology, Allahabad

The Indian Institute of Information Technology, Allahabad (IIIT Allahabad or IIITA) is a public institute of information technology and biomedical engineering at Jhalwa in Prayagraj, Uttar Pradesh, and one of the twenty-five Indian Institutes of Information Technology recognised by the Ministry of Education印度信息技术研究所（安拉阿巴德）（IIIT Allahabad，简称 IIITA）是位于北方邦普拉亚格拉杰贾尔瓦的公立信息技术与生物医学工程研究所，也是教育部认定的二十五所印度信息技术研究所之一。

Founded on 12 August 1999 after a 1998 announcement by the Ministry of Human Resource Development, it was declared a deemed university in 2000 and became an Institute of National Importance under the IIIT Act of 2014该所于 1998 年由人力资源开发部宣布筹建，1999 年 8 月 12 日正式成立，2000 年被认定为视同大学，2014 年依据《印度信息技术研究所法》成为国立重要研究所。

Its four departments cover information technology, electronics and communication engineering, applied sciences and management studies, while OpenAlex credits the institute with 4,645 works and 133,985 citations研究所设信息技术、电子与通信工程、应用科学、管理研究四个系，OpenAlex 收录其论文 4,645 篇、被引 133,985 次。

History

• In 1998 the Ministry of Human Resource Development announced that the country's second Indian Institute of Information Technology would be built in Allahabad, the home city of the then HRD minister Murli Manohar Joshi1998 年，人力资源开发部宣布将在阿拉哈巴德建设全国第二所印度信息技术研究所，该城正是时任人力资源开发部长穆尔利·马诺哈尔·乔希的家乡。
• The institute was formally founded on 12 August 1999, with M. D. Tiwari appointed as its first director, a post he held until December 2013研究所于 1999 年 8 月 12 日正式成立，M. D. Tiwari 出任首任所长，并一直担任该职至 2013 年 12 月。
• In 2000 the University Grants Commission granted deemed university status, and Allahabad University handed over ten ground-floor rooms of its Nehru Science Complex under a memorandum of understanding2000 年，大学拨款委员会授予其视同大学地位，阿拉哈巴德大学依据谅解备忘录把尼赫鲁科学综合体一层的十间房舍交给研究所使用。
• Construction of the permanent Jhalwa campus began in 2001, when the first academic buildings were laid out on a Penrose geometry inspired by the tessellations of the mathematical physicist Roger Penrose永久性贾尔瓦校区于 2001 年动工，首批教学楼按照受数学物理学家罗杰·彭罗斯密铺理论启发的彭罗斯几何布局建造。
• An extension campus, the Rajiv Gandhi Institute of Information Technology, opened in 2005 at Tikarmafi in Amethi and operated for eleven years before it was shut down in 20162005 年，研究所在阿梅提蒂卡尔马菲开设拉吉夫·甘地信息技术学院作为校外延伸校区，运营十一年后于 2016 年关闭。
• Between 2008 and 2014 the institute hosted seven Science Conclaves modelled on the Lindau Nobel Laureate Meetings, bringing laureates such as Claude Cohen-Tannoudji, Douglas Osheroff and Ivar Giaever to Prayagraj2008 年至 2014 年间，研究所仿照林道诺贝尔奖得主会议举办七届科学峰会，把克洛德·科恩-坦努吉、道格拉斯·奥谢罗夫、伊瓦尔·贾埃弗等诺奖得主请到普拉亚格拉杰。
• As student intake rose in 2009 and 2010, a central academic core was completed with an administrative building, a lecture theatre complex, an electronic library, computer laboratories and research facilities随着 2009 至 2010 年招生规模扩大，校区中部建成学术核心区，包含行政楼、阶梯教室群、电子图书馆、计算机实验室与科研设施。
• In 2011 the institute vacated the Nehru Science Complex, where it had run five laboratories, eight computer laboratories, five lecture halls and a library, and consolidated its operations at Jhalwa2011 年，研究所腾退了曾设有五个实验室、八个计算机实验室、五个讲堂和一座图书馆的尼赫鲁科学综合体，把办学活动全部集中到贾尔瓦。
• That same year first-year students were moved out of a hostel in the Naini Industrial Area, 19 kilometres from the campus, after an institute bus struck and killed a freshman and protests demanded an ambulance, compensation and the director's resignation同年，由于校车撞死一名一年级学生，学生抗议要求配备救护车、赔偿遇难者家属并要所长辞职，一年级学生随后从距校区 19 公里的奈尼工业区宿舍迁出。
• In December 2013 the Allahabad High Court asked M. D. Tiwari to step down, dismissing his plea against the chancellor's order that he relinquish the post at the end of his tenure2013 年 12 月，阿拉哈巴德高等法院驳回 M. D. Tiwari 对校监要求其任期届满即卸任的申诉，判令其离任。
• The IIIT Act of 2014 classified IIIT Allahabad and four other institutes funded by the Ministry of Human Resource Development as Institutes of National Importance, giving them power to grant degrees2014 年《印度信息技术研究所法》把 IIIT 安拉阿巴德等五所由人力资源开发部资助的研究所列为国立重要研究所，并赋予其学位授予权。
• The Amethi campus closed in 2016 after eleven years, its last batch of 148 students was shifted to Allahabad, and the site was transferred to Babasaheb Bhimrao Ambedkar University, Lucknow, for a satellite institute阿梅提校区在运营十一年后于 2016 年关闭，最后一批 148 名学生转入安拉阿巴德校区，校址移交勒克瑙的巴巴萨希布·比姆拉奥·安贝德卡大学开办卫星学院。
• HRD minister Prakash Javadekar justified the closure by noting that IIITs were not legally authorised to open extension centres and that the Amethi site had no permanent faculty时任人力资源开发部长普拉卡什·贾瓦德卡尔为关停辩解，指出法律并未授权 IIIT 开设延伸校区，且阿梅提校区没有固定师资。
• An earlier research venture at Amethi, the Discovery Park opened in 2009, set up agriculture-technology sub-centres in nearby villages but was closed in 2014 after the Department of Science and Technology halted its grant更早在阿梅提创办的探索园于 2009 年启用，曾在附近村庄设立农业技术分中心，但因科学技术部停止拨款、资金枯竭而于 2014 年关闭。
• In 2019 Murli Manohar Joshi inaugurated an open stage and clock tower named Murli Manohar Muktangan in his honour, recognising his role in envisioning an IIIT in Allahabad2019 年，穆尔利·马诺哈尔·乔希为以他命名的穆尔利·马诺哈尔·穆克坦甘露天舞台和钟楼揭幕，以表彰他当年推动在阿拉哈巴德设立 IIIT 的贡献。
• Under the National Education Policy 2020 the institute introduced multiple entry and exit options, awarding a certificate after one year, a diploma after two and a BS degree after three years of the B.Tech programme依据 2020 年国家教育政策，研究所实行多次进出机制，本科生前一年结业可获证书、两年可获文凭、三年可获理学士学位，读满四年则授予技术学士学位。
• The policy also added minor degrees in Indian knowledge systems, entrepreneurship development, psychology and legal knowledge alongside the major in information technology or electronics and communication该政策还在信息技术或电子与通信主修之外，增设印度知识体系、创业发展、心理学和法律知识等辅修学位。
• In the 2024-2025 session the Department of Applied Sciences launched an M.Tech in biomedical engineering, and in 2026 the institute announced an M.Tech in Quantum Information and Technology from 2026-20272024 至 2025 学年，应用科学系开设生物医学工程硕士项目，2026 年研究所又宣布自 2026 至 2027 学年起开设量子信息与技术硕士项目。
• In 2025 a research team unveiled a low-cost microfluidic device for rapid blood-plasma separation and water purification, and in 2026 another team patented a smart pill-dispensing system for elderly and chronically ill patients2025 年，一个研究团队推出可快速分离血浆并净化水的低成本微流控装置，2026 年另一团队为面向老年人与慢性病患者的智能配药系统申请到专利。
• Following the deaths of two students, one a hearing- and speech-impaired student who died by suicide on campus, the institute announced accessibility measures for students admitted under the Persons with Disabilities category in 2025在两名学生去世后，其中一名听障与语障学生在校内自杀，研究所于 2025 年宣布面向残疾类别录取学生的一系列无障碍改进措施。
• A Counselling Cell was created to address the academic, emotional and social needs of students, and a permanent Student-Administration Synergy Committee was formed to keep a continuous dialogue between students and administrators研究所设立心理咨询室以满足学生的学业、情感与社会需求，并成立常设的学生与行政协同委员会，保持学生与管理者之间的持续对话。

Academics

• Teaching is organised into four departments, namely Applied Sciences, Electronics and Communication Engineering, Information Technology, and Management Studies, each offering postgraduate and doctoral work alongside undergraduate degrees教学由应用科学、电子与通信工程、信息技术、管理研究四个系组织，各系除本科外均开设研究生与博士项目。
• The B.Tech in Information Technology is the flagship programme, and the department also offers a B.Tech specialisation in business informatics that combines computing with management coursework信息技术技术学士是旗舰项目，该系还开设结合计算技术与管理课程的业务信息学方向技术学士。
• The Department of Electronics and Communication Engineering runs B.Tech and M.Tech programmes in electronics and communication, with research spanning communication systems, VLSI design and embedded platforms电子与通信工程系开设电子与通信方向的技术学士与工程硕士项目，研究覆盖通信系统、超大规模集成电路设计与嵌入式平台。
• Postgraduate degrees include M.Tech in Information Technology, M.Tech in Electronics and Communication Engineering, M.Tech in Bioinformatics, M.Tech in Biomedical Engineering and M.Tech in Quantum Information Technologies研究生学位包括信息技术、电子与通信工程、生物信息学、生物医学工程与量子信息技术五个方向的工程硕士。
• The Department of Management Studies offers an MBA, while the institute as a whole awards PhD degrees in information technology, electronics, applied sciences and management管理研究系开设工商管理硕士，研究所整体在信息技术、电子学、应用科学与管理学领域授予博士学位。
• The curriculum emphasises information technology, biomedical engineering, electronics and communication, and interdisciplinary fields such as computer vision and human-computer interaction课程重点覆盖信息技术、生物医学工程、电子与通信，以及计算机视觉、人机交互等交叉领域。
• IIIT Allahabad is known for a strong competitive programming culture, and Times Higher Education included it in a 2016 list of the best universities in the world for learning to codeIIIT 安拉阿巴德以浓厚的竞技编程文化著称，《泰晤士高等教育》2016 年将其列入全球最适合学习编程的大学名单。
• The Systems Biology Laboratory led by Pritish Kumar Varadwaj predicts protein structure and function, ligand-binding sites and metabolic behaviour, and has released tools including DeepLnc, DeepInteract, Pharmadoop, DUSR and CEMDB普里蒂什·库马尔·瓦拉德瓦吉领导的系统生物学实验室从事蛋白质结构与功能、配体结合位点及代谢行为预测，发布了 DeepLnc、DeepInteract、Pharmadoop、DUSR、CEMDB 等工具。
• That laboratory has run an industry-funded consultancy on a machine-learning platform for chemical interaction in 2025-2026 and an ICMR-funded project on an AI-based CMOS sensor for non-invasive Parkinson's detection in 2023-2025该实验室在 2025 至 2026 年承接了化学相互作用机器学习平台的产业咨询项目，并在 2023 至 2025 年承担印度医学研究理事会资助的基于人工智能互补金属氧化物半导体传感器无创检测帕金森病的项目。
• The Bio-MEMS Laboratory led by Amit Prabhakar fabricates microfluidic and lab-on-chip platforms for diagnostics, including organ-on-chip and blood-on-chip systems for drug-toxicity testing阿米特·普拉巴卡尔领导的生物微机电系统实验室制造用于诊断的微流控与芯片实验室平台，包括用于药物毒性测试的器官芯片与血液芯片系统。
• Patents credited to the laboratory cover a polymer microstructure fabrication system, a CNC-mountable Z-axis assembly for three-dimensional printers and a low-cost organ-on-chip fabrication technique该实验室获得的专利涵盖聚合物微结构制造系统、可装于数控机床的三维打印机 Z 轴组件以及低成本器官芯片制造方法。
• The Nanobiotechnology and Informatics Laboratory led by Amaresh Kumar Sahoo synthesises nanomaterials for antibacterial action, biosensing, bioimaging and targeted drug delivery, and has held an ICMR project on photoacoustic blood-parameter detection阿马雷什·库马尔·萨胡领导的纳米生物技术与信息学实验室合成用于抗菌、生物传感、生物成像和靶向给药的纳米材料，并承担过印度医学研究理事会关于光声血液参数检测的项目。
• The Biomedical Imaging Laboratory led by Ratan K. Saha develops photoacoustic and ultrasonic tissue characterisation, supported by a SERB-DST photoacoustic tomography grant for 2024-2027 and a Department of Biotechnology blood-imaging study for 2023-2025拉坦·K. 萨哈领导的生物医学成像实验室研发光声与超声组织表征技术，获科学与工程研究委员会 2024 至 2027 年光声断层成像资助及生物技术部 2023 至 2025 年血液成像研究资助。
• The bioengineering group's patent portfolio also includes a personalised tuberculosis-treatment recommendation system, dye-degrading carbon-dot nanobots derived from potato peel and a rapid coronavirus detection method using gold nanoclusters生物工程团队的专利组合还包括个性化结核病治疗推荐系统、由马铃薯皮制备的可降解染料碳点纳米机器人，以及利用金纳米团簇快速检测冠状病毒的方法。
• Departmental materials attribute more than two hundred research papers and conference presentations to the group, alongside externally funded projects with hospitals, academic institutions and government agencies系方资料称该团队已发表两百余篇研究论文与会议报告，并与医院、学术机构和政府部门开展外部资助合作。
• Research funding has come from the Indian Council of Medical Research, the Department of Biotechnology, the Science and Engineering Research Board and the Department of Science and Technology, as well as industry consultancies研究经费来自印度医学研究理事会、生物技术部、科学与工程研究委员会、科学技术部以及产业咨询项目。
• Admissions are highly selective, and the institute's graduates are recruited by software, semiconductor, analytics and consulting employers across India and abroad招生竞争激烈，毕业生被印度及海外的软件、半导体、数据分析与咨询类雇主录用。

Campus

• The main campus occupies about 40 hectares, or 100 acres, at Devghat in Jhalwa on the south-western outskirts of Prayagraj, close to the Ganges-Yamuna confluence主校区位于普拉亚格拉杰西南郊贾尔瓦的德夫加特，占地约 40 公顷（100 英亩），临近恒河与亚穆纳河交汇处。
• Academic buildings follow Penrose geometry, using tessellations devised by Roger Penrose, so that the layout repeats a small set of tile shapes across the site教学楼群采用罗杰·彭罗斯设计的密铺图案，以少数几种砖形在校园中重复延展，形成独特的彭罗斯几何布局。
• Computer Center III, also called C. V. Raman Bhavan after the Nobel laureate in physics, is a six-storey micro-campus containing classrooms, faculty rooms, research areas and computer laboratories under one roof第三计算机中心又称拉曼楼，以诺贝尔物理学奖得主 C. V. 拉曼命名，是一座六层高的微型校园，把教室、教师办公室、科研区与计算机实验室集中于一栋建筑。
• The campus includes an auditorium, a football ground with pavilion, a swimming pool and courts for basketball, tennis and squash, while the Student Activity Centre houses table tennis, billiards and clubrooms校园设有礼堂、带看台的运动场、游泳池以及篮球、网球、壁球场地，学生活动中心内则有乒乓球室、台球室和各学生社团的活动室。
• Separate hostels accommodate men, women and visitors, and residential quarters are provided for faculty members and staff within the campus校内设有男生宿舍、女生宿舍和访客住宿，并为教师与职工提供住宅区。
• The campus ring road is named Late Ramegowda Ring Road after the former AICTE chairman who headed the central panel that proposed the IIIT system校园环路以已故的拉梅高达命名，他曾任全印技术教育委员会主席，并主持提出设立 IIIT 体系的中央专家组。
• Gate-2 is dedicated to M. G. K. Menon, who chaired the Board of Governors during the institute's founding, and Gate-1 commemorates A. R. Verma, another early contributor to its establishment二号门献给建校期担任理事会主席的 M. G. K. 梅农，一号门则纪念另一位建校功臣 A. R. 维尔马。
• Before Jhalwa was ready the institute operated from the Nehru Science Complex at Allahabad University from 2000 to 2011, and first-year students lived in a Naini hostel linked by shuttle bus贾尔瓦校区建成前，研究所于 2000 至 2011 年在阿拉哈巴德大学尼赫鲁科学综合体办学，一年级学生则住在由班车连接的奈尼宿舍。

Reputation

• IIIT Allahabad is placed in the 1201-1400 band of the QS World University Rankings 2027, the joint interval used for institutions in that tier of the table在 2027 年 QS 世界大学排名中，IIIT 安拉阿巴德位列第 1201 至 1400 位区间（并列区间）。
• In the previous QS cycle the institute was ranked 509th in Asia and placed in the 1401+ band globally in the QS World University Rankings 2026在上一轮 QS 榜单中，该校 2026 年位列亚洲第 509 名，世界排名处于 1401 名以后区间。
• It did not enter the Times Higher Education World University Rankings 2027, and it did not enter the 2026 ShanghaiRanking Academic Ranking of World Universities main table该校未进入 2027 年泰晤士高等教育世界大学排名，也未进入 2026 年软科世界大学学术排名主榜。
• It entered the 2026-2027 U.S. News Best Global Universities ranking but received no rank in that edition该校进入 2026 至 2027 年度 U.S. News 全球大学榜单，但在该届未获名次。
• The National Institutional Ranking Framework placed IIIT Allahabad 87th among engineering colleges in India in 2024, and India Today ranked it 11th while Outlook India placed it 19th in the same year2024 年，印度国家机构排名框架将其列为全国工学院第 87 名，《今日印度》排名第 11，《展望印度》排名第 19。
• Times Higher Education highlighted the institute in its 2016 list of the best universities in the world for learning to code, citing 46th place in the HackerRank University Rankings Competition《泰晤士高等教育》2016 年将其列入全球最适合学习编程的大学名单，依据是该校在 HackerRank 大学排名竞赛中位列第 46。
• OpenAlex records 4,645 works and 133,985 citations for the institute, a citation-to-work ratio above the median for specialised Indian engineering institutesOpenAlex 记录该校 4,645 篇论文与 133,985 次被引，篇均被引数高于印度同类专业工学院的常见水平。
• The seven Science Conclaves held between 2008 and 2014 brought Nobel laureates in physics and chemistry to the campus and gave undergraduates direct access to internationally recognised researchers2008 至 2014 年的七届科学峰会请来物理学与化学诺奖得主到校，使本科生得以直接接触国际知名研究者。
• Within India the institute is generally described as a Tier-1 information technology institute, and its graduates compete for placements with those of the older Indian Institutes of Technology在印度国内，该校通常被视为第一梯队信息技术研究所，毕业生与历史更久的印度理工学院学生同场竞争就业岗位。

Student life

• Student governance runs through the Students' Gymkhana, which coordinates clubs, festivals and representation of the undergraduate and postgraduate cohorts学生自治通过学生体育与文化联合会运作，负责协调社团、节庆以及本硕学生群体的权益代表事务。
• Effervescence, the annual cultural festival, runs for three days and stages music, dance, drama, art, debate and photography events that draw participants from other Indian institutes年度文化节“沸腾”持续三天，举办音乐、舞蹈、戏剧、美术、辩论与摄影活动，吸引印度其他院校学生参加。
• Aparoksha, the annual technical festival, hosts Hack In The North, described by the institute as the largest student-run hackathon in North India, along with coding, design, cybersecurity, blockchain and robotics contests年度技术节“阿帕罗克沙”举办该校称为北印度规模最大的学生黑客松“北方黑客”，并设有编程、设计、网络安全、区块链与机器人竞赛。
• Asmita, the sports festival, holds tournaments in aquatics, athletics, cricket, football, volleyball, basketball, squash, table tennis, kabaddi, kho-kho, carrom, chess and powerlifting体育节“阿斯米塔”举行游泳、田径、板球、足球、排球、篮球、壁球、乒乓球、卡巴迪、科科、康乐棋、国际象棋与力量举等项目的比赛。
• Students and faculty take part in outreach programmes such as Unnat Bharat Abhiyan and Prayaas, which work with villages and low-income neighbourhoods around Prayagraj师生参与“发达印度使命”和“普拉亚斯”等外展项目，服务普拉亚格拉杰周边村庄与低收入社区。
• In 2025 the institute formed a Counselling Cell and a permanent Student-Administration Synergy Committee after protests over the treatment of students with disabilities2025 年，在残疾学生待遇问题引发抗议后，研究所成立了心理咨询室与常设的学生与行政协同委员会。
• The campus lies on the outskirts of Prayagraj, a city of about 6 million people known for the Kumbh Mela, and is connected to the city centre by road via Jhalwa and Naini校园位于普拉亚格拉杰郊区，这座约六百万人口的城市以大壶节闻名，校区经贾尔瓦与奈尼由公路连接市中心。
• Hostel life centres on the men's and women's halls, where messes, sports facilities and club rooms support a residential culture that keeps most students on campus through the week宿舍生活以男女生宿舍楼为中心，食堂、体育设施与社团活动室支撑起住宿文化，多数学生整周都留在校内。

Notable people

• Murli Manohar Joshi, the Union human resource development minister in 1998, proposed the Allahabad institute and later inaugurated the Murli Manohar Muktangan stage and clock tower in 2019穆尔利·马诺哈尔·乔希是 1998 年的联邦人力资源开发部长，提议在阿拉哈巴德设所，并于 2019 年为穆尔利·马诺哈尔·穆克坦甘舞台与钟楼揭幕。
• M. D. Tiwari served as the first director from 1999 until December 2013, when the Allahabad High Court ordered him to relinquish the post at the end of his tenureM. D. Tiwari 自 1999 年起担任首任所长，直至 2013 年 12 月阿拉哈巴德高等法院判令其在任期届满时卸任。
• M. G. K. Menon, a physicist and former chairman of the Board of Governors, helped shape the institute's founding framework and is commemorated by the main gate物理学家 M. G. K. 梅农曾任理事会主席，参与奠定研究所的创办框架，校门以他命名以示纪念。
• Ramegowda, former chairman of the All India Council for Technical Education, headed the central panel that conceived the IIIT system, and the campus ring road bears his name前全印技术教育委员会主席拉梅高达主持构思 IIIT 体系的中央专家组，校园环路以他命名。
• A. R. Verma, an early contributor to the institute's establishment, is remembered through the naming of Gate-1 on the Jhalwa campusA. R. 维尔马是研究所创办初期的重要推动者，贾尔瓦校区一号门以他命名。
• Pritish Kumar Varadwaj leads the Systems Biology Laboratory, where his team built the DeepLnc, DeepInteract and Pharmadoop tools and ran an ICMR-funded Parkinson's sensor project from 2023 to 2025普里蒂什·库马尔·瓦拉德瓦吉领导系统生物学实验室，团队开发了 DeepLnc、DeepInteract 与 Pharmadoop 工具，并于 2023 至 2025 年承担印度医学研究理事会资助的帕金森病传感器项目。
• Amit Prabhakar heads the Bio-MEMS Laboratory, whose low-cost organ-on-chip work and polymer microfabrication patents support diagnostics research and technology transfer阿米特·普拉巴卡尔主管生物微机电系统实验室，其低成本器官芯片研究与聚合物微制造专利支撑诊断研究和技术转化。
• Amaresh Kumar Sahoo leads the Nanobiotechnology and Informatics Laboratory, working on antibacterial nanomaterials, biosensing and photoacoustic blood-parameter detection阿马雷什·库马尔·萨胡领导纳米生物技术与信息学实验室，研究抗菌纳米材料、生物传感与光声血液参数检测。
• Ratan K. Saha directs the Biomedical Imaging Laboratory, which secured a SERB-DST photoacoustic tomography grant for 2024-2027 and a Department of Biotechnology blood-imaging study for 2023-2025拉坦·K. 萨哈主持生物医学成像实验室，获得科学与工程研究委员会 2024 至 2027 年光声断层成像资助以及生物技术部 2023 至 2025 年血液成像研究资助。
• Claude Cohen-Tannoudji, who shared the 1997 Nobel Prize in Physics for laser cooling and trapping of atoms, spoke at the institute's Science Conclaves between 2008 and 2014因激光冷却与捕获原子研究分享 1997 年诺贝尔物理学奖的克洛德·科恩-坦努吉，在 2008 至 2014 年间到该校科学峰会演讲。
• Douglas Osheroff, a 1996 Nobel laureate in physics for the discovery of superfluidity in helium-3, was among the laureates who attended the Science Conclaves因发现氦-3 超流性而获 1996 年诺贝尔物理学奖的道格拉斯·奥谢罗夫，是出席科学峰会的诺奖得主之一。
• Ivar Giaever, who shared the 1973 Nobel Prize in Physics for tunnelling phenomena in superconductors, also visited the campus during the same conclave series因超导体隧穿现象分享 1973 年诺贝尔物理学奖的伊瓦尔·贾埃弗，也在同一系列峰会期间到访校园。