HKUST "Firsts" and Major-Achievement Lore

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# 1. World's Smallest Carbon Nanotube (2000)

According to Nature 408 (2000)^※, in 2000^※, an HKUST Department of Physics research team (paper authors N. Wang, Z. K. Tang, G. D. Li, J. S. Li) successfully synthesised periodically arranged single-walled carbon nanotube arrays inside the nanoscale channels of zeolite (AFI single-crystal) hosts, with a diameter of only 0.4 nanometres (4 Å)^※.

The lab page of HKUST physics professor Ping Sheng describes this result as a step that "pushes its size to its theoretical limit" — according to the HKUST physics department page^※, at this scale the carbon nanotube approaches the smallest diameter at which it can remain stable, with the zeolite channel functioning as a "nano-growth chamber" in which the tubes are grown one by one.

The findings were published under the title "Single-walled 4 Å carbon nanotube arrays" in Nature, volume 408, pages 50–51^※; the same issue of Nature also carried a News & Views commentary titled "The smallest carbon nanotube" (Nature 408)^※ discussing the work. This was one of the landmark basic-research results HKUST achieved in under a decade after its founding, and at the time was a global point of interest in nanoscience. Subsequent work also reported superconducting properties in this class of ultrafine carbon nanotubes, opening a research line that drew considerable attention.

HKUST's original campus was funded by a donation from the Hong Kong Jockey Club. In the university's own founding narrative, early breakthroughs published in Nature such as this one are often cited as an early payoff of the "research university" vision the Jockey Club's initial investment was betting on.

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# 2. Airport Windshear Warning System (1993 contract → 1998 launch)

According to HKUST's 30th-anniversary milestones page, in 1993^※ HKUST signed a contract with the Hong Kong Government worth HK$118.7 million (US$118.7 million per the page's own figure)^※ to develop a windshear warning system for the new Hong Kong International Airport then under construction at Chek Lap Kok. The original text reads: "A $118.7 million contract was signed with the HK Government to develop an Operational Windshear Warning System for the new Hong Kong International Airport at Chek Lap Kok." (30th Anniversary Milestones)^※

Per the NCAR/UCAR Research Applications Laboratory^※, the team that developed this system (the Windshear and Turbulence Warning System, WTWS) included the U.S. National Center for Atmospheric Research (NCAR), the University of Wyoming, and HKUST, with the entire 44-month^※ project led and sponsored by the Hong Kong Observatory. The system was designed specifically for the terrain around Chek Lap Kok — the windshear and turbulence risk created by airflow over the hills of Lantau Island and the surrounding bay as aircraft approach. According to NCAR/UCAR^※, NCAR researchers conducted field wind observations in the hills around the airport between 1993 and 1997^※.

The new Chek Lap Kok airport opened in 1998^※, and the warning system went into operation alongside it.

This was a major government-directed research project HKUST took on only about two years after its founding, and is seen by some as an early instance of the university's founding orientation toward "serving Hong Kong's practical needs."

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# 3. Hawking's Inaugural Lecture (15 June 2006)

According to the HKUST Institute for Advanced Study (IAS) events page, at 3 pm^※ on 15 June 2006^※, cosmologist Stephen Hawking delivered a lecture at HKUST titled "The Origin of the Universe." According to the IAS milestones page^※ and the IAS events page^※, this was the inaugural lecture of HKUST's Jockey Club Institute for Advanced Study (IAS).

Per the IAS events page, more than 2,200 ticketed attendees^※ were present, including members of the public, guests of honour, and HKUST faculty, students, and alumni. The lecture was broadcast live on local television, with several thousand more viewers watching simultaneously across Hong Kong. Multiple accounts state the lecture was carried live by TVB News and Cable TV, and relayed via intranet to Hong Kong's other seven^※ tertiary institutions.

# Two widely circulated details

Detail one (verified): According to the verbatim transcript on the IAS events page^※, Hawking, speaking through his electronic voice synthesiser about the quantum universe, said: "We are the product of quantum fluctuations in the early universe — God really does play dice. In fact, all the evidence points to him being an inveterate gambler who throws the dice on every possible occasion!" This line plays on Einstein's dictum that "God does not play dice," and is characteristic of Hawking's brand of quantum-cosmology humour.

Detail two (verified): According to the same page^※, when asked why his synthesised voice had an American accent, Hawking explained that it came from an old voice synthesiser built in 1986^※ that he had long since come to regard as "his own," adding jokingly: "I was offered one upgraded software package with a French accent. But if I used that, my wife would divorce me."

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# 4. Kellogg-HKUST EMBA: A World's-No.-1 Business School Story

# First reaching the top (2007)

According to public records, the Kellogg-HKUST Executive MBA (EMBA) programme, jointly run by the HKUST Business School and Northwestern University's Kellogg School of Management, launched in 1998^※, pioneering a transcontinental "dual-campus" EMBA model in Asia — students attend classes in both Hong Kong and Chicago. Per the programme description^※, the programme comprises 28 subjects^※ completed over roughly 16 months^※, taught jointly by faculty from HKUST and Kellogg in roughly equal proportion.

Per the Financial Times' global EMBA rankings record, the programme reached No. 1 in the world for the first time in 2007^※. It has since retained the top spot multiple times; per HKUST and GMAC materials, the programme has topped the Financial Times' global EMBA ranking 12 times^※ to date (as of this article's cut-off date). This sustained record is also one of the most frequently cited markers of the HKUST Business School's reputation.

# The backstory

According to the HKUST Business School feature "Founders of Excellence," founding dean Mr. Chan (Chan Yuk Shee, founding dean) identified early on a shortage of locally cultivated business leaders in the Asia-Pacific region. Per the feature^※, in 1995^※ he recruited Mr. Steven DeKrey, a 1985^※ Kellogg graduate, at an AACSB conference in Chicago to come to HKUST and build the programme; Mr. DeKrey went on to serve as the EMBA's founding director and became a key link in the long-running Kellogg–HKUST partnership.

The programme's founding is often cited as an example of founding president Woo Chia-Wei's "don't copy, create" principle — rather than replicating an existing MBA model, the programme was designed from the ground up for the Hong Kong and Asia-Pacific market.

Note: Mr. Chan was the founding dean of the HKUST Business School at the time and is a former holder of university office; per this lore section's convention, he is referred to here as "Mr." plus surname.

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# 5. Bill Gates's Visit (1995)

According to HKUST's milestones record, in 1995^※, Microsoft founder Bill Gates visited HKUST and delivered a talk on the future of the digital revolution. Windows 95 had just launched that year, and Gates was near the peak of his commercial influence.

HKUST lists the visit as a key 1995^※ milestone. HKUST's official milestones page records the visit under the title "Bill Gates talked about the future of the digital revolution at HKUST" (HKUST Milestones)^※.

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# 6. Drones Built in a Dorm Room: Frank Wang and the Birth of DJI (2005–2006)

An electronics course, a self-built helicopter flight-control prototype, a dormitory room — this is one of the most widely circulated entrepreneurship stories in HKUST alumni circles, and one the university and media alike repeatedly cite as a case of "HKUST-incubated unicorn."

According to an HKUST alumni publication, Frank Wang joined the HKUST team led by his supervisor Professor Li Zexiang at the ABU Robocon (Asia-Pacific Broadcasting Union Robot Contest) in 2005^※ while pursuing his master's degree, and the team took third place among the competing Asian teams^※. Wang has recalled that it was an HKUST electronics course that gave him "the foundational knowledge needed to build an autonomously controlled flying vehicle" (his own words)^※.

Per the HKUST Department of Electronic and Computer Engineering's page, Professor Li Zexiang noticed Wang's strong performance on a coursework project involving flight-control systems for unmanned helicopters and judged his "practical ability" to far exceed what his academic grades suggested, and recruited him into HKUST's graduate programme (HKUST School of Engineering page)^※. Wang completed his master's thesis (on flight-control systems for unmanned platforms) in 2006^※, and that same year, in his HKUST dorm room, built the first flight-control prototype together with two teammates, subsequently founding DJI — a company which, per Forbes and other outlets, went on to become the world's largest maker of commercial drones.

Professor Li Zexiang went on to serve as DJI's chairman for many years and has been described by multiple outlets as a "key driving force" behind the company's growth. In 2019, Wang and Professor Li jointly received the IEEE Robotics and Automation Award^※ — a major honour in the robotics and automation field, with the citation stating it recognised the pair "for contributions to the development and commercialization of civilian drones, aerial imaging technology" (original text: for contributions to the development and commercialization of civilian drones, aerial imaging technology)^※. Wang has since given back to his alma mater, funding a joint graduate-training programme in HKUST's Department of Electronic and Computer Engineering, and partnering with the School of Engineering to launch the Integrative Systems and Design (ISD) degree programme.

This story has since become a representative case in HKUST's official narrative of "research incubating entrepreneurship" — as of recent disclosures, the HKUST-linked entrepreneurial ecosystem has incubated multiple unicorn companies; for the specific figures and their basis, see HKUST's "Unicorn" Ecosystem and Unicorn Day^※. For more on Professor Li Zexiang's robotics research area and related HKUST institutes, see Robotics and AI^※.

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# 7. First Time Topping an Asian University Ranking (2011)

According to the ranking body and HKUST's own announcement, in 2011^※ HKUST reached the top of that year's QS Asian University Rankings for the first time, becoming the top-ranked university in Asia; per HKUST's announcement^※, HKUST went on to hold the position again in 2012 and 2013^※, for a combined three^※ consecutive years at the top. Notably, the first year it topped the ranking coincided roughly with HKUST's 20th anniversary^※ — for a university only about twenty years old at the time, this result is often cited by outside observers as a marker of its rapid rise.

Note: university rankings vary by ranking body, year, and methodology. What is described here is limited to the "QS Asian University Rankings" as reported in the sources cited, and should not be equated with other world rankings or subject rankings.

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# 8. Early "Internet Pioneer" Role

HKUST opened in 1991^※, just as Hong Kong's internet infrastructure was in its infancy. Informal accounts and institutional retrospectives often mention that HKUST, in its early years, had to rely more heavily on self-built networks and digital-library infrastructure to run the university, and some retrospectives regard this as making it one of the local pioneers of campus informatisation at the time. This point appears less in official promotional material and more in institutional-history accounts and recollections by those who were there; it is therefore presented here only as a summary, with the exact scale and any "earliest" characterisation deferred to the original sources.

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# 9. Hong Kong's First Scientific Payload to Reach the National Space Station: the "MUSICO" Camera and Chang'E-8 (2025–2026)

If the "firsts" above were mostly concentrated in HKUST's first twenty years, the two "firsts" it has recently achieved in national space programmes are the newest entries on this list.

First, leadership of the Chang'E-8 international cooperation project. According to HKUST's School of Engineering and HKUST's official website, the China National Space Administration announced the results of its Chang'E-8 mission international-cooperation selection in 2025^※, with the HKUST-led "Multi-Functional Lunar Surface Robot with Mobile Charging Station" project selected as one of ten international cooperation projects. The project is led by Professor Gao Yang^※, who holds positions including Professor in HKUST's Department of Mechanical and Aerospace Engineering and Director of the Hong Kong Space Robotics and Energy Center (HKSREC); the project brings together more than a hundred interdisciplinary researchers from Hong Kong, mainland China, and overseas, involving the Hong Kong Polytechnic University, the University of Hong Kong, the Chinese University of Hong Kong, the City University of Hong Kong, and multiple mainland and overseas institutions. Per HKUST's page, the team's planned dual-robotic-arm design is described as "a world first in the field of deep-space exploration" (the page's own wording); the mission is expected to launch around 2029^※ and land near the Leibnitz Beta Plateau close to the lunar south pole.

Second, Hong Kong's first scientific payload to reach the national space station. According to multiple media reports, the world's first lightweight, high-resolution, high-precision CO₂ and CH₄ point-source detector — developed under HKUST leadership and named "MUSICO" (in Chinese, "天韵相机") — launched aboard the Tianzhou-10 cargo spacecraft on 11 May 2026^※ and successfully reached China's Tiangong space station, making it Hong Kong's first scientific payload to reach the national space station. Per reports, the instrument is smaller than a household washing machine and can detect ground-level carbon-emission point sources at 100-metre spatial resolution^※ from an altitude of roughly 400 kilometres. It was developed by an interdisciplinary team spanning several HKUST departments including Civil and Environmental Engineering, in collaboration with the Changchun Institute of Optics, Fine Mechanics and Physics of the Chinese Academy of Sciences. On 23 May^※ of the same year, HKUST published a congratulatory note for Dr. Lai Ka-Ying, selected as Hong Kong's first payload specialist for the Shenzhou-23 mission, who will operate science experiment equipment in orbit during the mission, including the MUSICO camera; it should be noted that, per publicly recorded academic credentials, Dr. Lai holds a PhD in Computer Science from the University of Hong Kong and is not an HKUST alumna — HKUST's connection to her mission lies in having developed the instrument, not in having trained the specialist.

Full technical detail on both of these "firsts," the HKUST satellite programme (HKUST-FYBB#1), and its cooperation with the "Jilin-1" constellation are covered in a dedicated article; see Satellite and Space Programme^※.

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Everything on this page is source-backed and verified content, with key figures cited inline at the point of use. For the complete list of HKUST research breakthroughs, see the official page of the HKUST School of Science: Scientific Breakthroughs and Discoveries | HKUST^※.