IBM Research – Zurich

IBM Research

Company type	Research division
Industry	Information technology research and development
Founded	1945
Headquarters	Yorktown Heights, New York , United States
Area served	Worldwide (over 170 countries)
Products	Various technology innovations including floppy disk, hard disk drive, relational database, Watson AI system
Parent	IBM

IBM Research serves as the research and development branch of IBM, a prominent American multinational corporation specializing in information technology. Its central hub is located at the Thomas J. Watson Research Center in Yorktown Heights, New York, situated near IBM’s headquarters in Armonk, New York. Recognized as the largest industrial research institution worldwide, IBM Research operates in more than 170 nations and maintains twelve laboratories distributed across six continents.

The researchers at IBM have been honored with six Nobel Prizes, six Turing Awards, 20 inductions into the U.S. National Inventors Hall of Fame, 19 National Medals of Technology, five National Medals of Science, and three Kavli Prizes. By 2018, IBM had achieved a record-breaking streak of leading patent filings for 25 consecutive years.

History

The foundation of IBM Research dates back to 1945 with the establishment of the Watson Scientific Computing Laboratory at Columbia University, marking IBM’s initial pure science laboratory. The organization expanded throughout the 1950s within Westchester County, New York, culminating in the creation of the Thomas J. Watson Research Center in 1961.

Among the significant breakthroughs credited to IBM Research are inventions such as the floppy disk, hard disk drive, magnetic stripe card, the development of the relational database, creation of the Universal Product Code (UPC), financial swap instruments, the programming language Fortran, the SABRE airline reservation system, advances in DRAM, introduction of copper wiring for semiconductors, early smartphone prototypes, portable computing devices, Automated Teller Machines (ATM), the silicon-on-insulator (SOI) fabrication technique, and the Watson artificial intelligence system.

In the realm of nanotechnology, IBM was a pioneer by precisely positioning 35 xenon atoms to form the letters "IBM," showcasing atomic-scale manipulation on surfaces.

IBM Research has propelled progress in cutting-edge materials science, high-performance microprocessors and computing architectures, analytical methodologies, algorithm design, software frameworks, and data management techniques. Its contributions to both physical and computational sciences include pioneering inventions like the Scanning Tunneling Microscope and discoveries in high-temperature superconductivity—both recognized with Nobel Prizes.

Additional landmark innovations include the SABRE airline booking system, LASIK laser eye surgery technology, magnetic storage devices, encryption standards such as DES, fast Fourier transform (FFT) algorithms, fractal geometry introduced by Benoît Mandelbrot, RISC processor architecture, relational database systems, and Deep Blue—the chess computer capable of defeating grandmasters.

Watson’s AI platform gained fame by triumphing over human champions on the Jeopardy! game show and has since been commercialized through collaborations with healthcare organizations including Anthem Inc.

Notable IBM researchers

IBM Research’s legacy has been shaped by many distinguished computer scientists such as Frances E. Allen, Marc Auslander, John Backus, Charles H. Bennett, Erich Bloch, Grady Booch, and Fred Brooks (author of The Mythical Man-Month). Other prominent contributors include Peter Brown, Larry Carter, Gregory Chaitin, John Cocke, Alan Cobham, Edgar F. Codd, Don Coppersmith, Ronald Fagin, Horst Feistel, Jeanne Ferrante, Zvi Galil, Ralph E. Gomory, Jim Gray, Joseph Halpern, Kenneth E. Iverson, Frederick Jelinek, Reynold B. Johnson, Benoit Mandelbrot, Robert Mercer, C. Mohan, Michael O. Rabin, Arthur Samuel, Barbara Simons, Alfred Spector, Gardiner Tucker, Moshe Vardi, John Vlissides, Mark N. Wegman and Shmuel Winograd.

These individuals have played vital roles in advancing IBM’s innovations across computing technologies, software engineering, cryptography, data systems, and artificial intelligence—strengthening IBM’s position as a global technology leader.

Laboratories

IBM maintains 19 research sites distributed among 12 laboratories spanning six continents:

• Africa (Nairobi, Kenya; Johannesburg, South Africa)
• Almaden (San Jose, California, USA)
• Australia (Melbourne)
• Brazil (São Paulo; Rio de Janeiro)
• Cambridge – IBM Research and MIT-IBM Watson AI Lab (Cambridge, Massachusetts, USA)
• China (Beijing)
• Israel (Haifa)
• Ireland (Dublin)
• India (Delhi; Bengaluru)
• Japan (Tokyo; Shin-Kawasaki)
• Switzerland (Zürich)
• IBM Thomas J. Watson Research Center (Yorktown Heights and Albany, New York, USA)

Among IBM’s former research locations are IBM La Gaude near Nice, the Cambridge Scientific Center, IBM New York Scientific Center, 330 North Wabash in Chicago, IBM Austin Research Laboratory, and IBM Laboratory Vienna.

In 2017, IBM allocated $240 million to create the MIT–IBM Watson AI Lab in Cambridge, Massachusetts. This collaborative initiative drives forward artificial intelligence research with practical implications for business and society. The laboratory manages roughly 50 projects annually, jointly led by researchers from MIT and IBM. Key focus areas include computer vision, natural language understanding, reinforcement learning, as well as AI fairness, security, and dependability.

Almaden in Silicon Valley

IBM Research – Almaden, situated in San Jose, California, pursues both fundamental and applied investigations in computer science, service technologies, storage solutions, physical sciences, and materials engineering.

The facility occupies close to 700 acres atop the Santa Teresa Hills overlooking Silicon Valley. Established in 1985 to leverage proximity to institutions such as Stanford University, UC Santa Cruz, and UC Berkeley among other academic collaborators. While IBM Research is the primary occupant of the site, other divisions of IBM also operate there.

The original San Jose Research Laboratory was founded in 1952 under Reynold B. Johnson’s leadership. It pioneered the IBM 350—the first commercial hard disk drive featuring a moving head—integrated into the IBM 305 RAMAC system. To accommodate expansion needs, the center relocated to Almaden in 1986.

Significant breakthroughs at Almaden include innovations in photoresist materials and the identification of the quantum mirage phenomenon.

Distinguished researchers affiliated with this laboratory include Rakesh Agrawal, Miklos Ajtai, Rama Akkiraju, John Backus, Raymond F. Boyce, Donald D. Chamberlin, Ashok K. Chandra, Edgar F. Codd, Mark Dean, Cynthia Dwork, Don Eigler, Ronald Fagin, Jim Gray, Laura M. Haas, Jean Paul Jacob, Joseph Halpern, Andreas J. Heinrich, Reynold B. Johnson, Maria Klawe, Jaishankar Menon, Dharmendra Modha, William E. Moerner, C. Mohan, Stuart Parkin, Nick Pippenger, Dan Russell, Patricia Selinger, Ted Selker, Barbara Simons, Malcolm Slaney, Arnold Spielberg, Ramakrishnan Srikant, Larry Stockmeyer, Moshe Vardi, Jennifer Widom, and Shumin Zhai.

Australia

IBM Research – Australia was inaugurated in 2009 in Melbourne as a unified research and development center. Its primary research domains included social media analysis, interactive content creation, healthcare data analytics, multimedia processing techniques, and genomics studies. Leadership roles were held by figures such as Vice President Joanna Batstone and Professor Iven Mareels.

The Melbourne facility officially opened in 2011 backed by $22 million from the Australian Federal Government alongside additional funding from the State Government. This represented IBM’s inaugural combined R&D operation within Australia.

Following the conclusion of tax incentive programs provided by the State Government in 2021, the laboratory ceased operations resulting in roughly 80 researchers being laid off.

Brazil

Founded in 2011, IBM Research – Brazil operates from locations in São Paulo and Rio de Janeiro and represents one of IBM Research’s twelve global laboratories as well as its inaugural presence in South America. The center concentrates on areas such as Industrial Technology and Science, Systems of Engagement and Insight, Social Data Analytics, and solutions for Natural Resources.

As IBM’s ninth research facility at that time and the first new lab established in over a decade, the Brazilian site highlights the company’s strategic focus on emerging economies and worldwide innovation efforts. Collaborating closely with the Brazilian government, the laboratory advances technology aimed at managing natural resources and supports large-scale events including the 2016 Summer Olympics.

Ulisses Mello, associate director of the lab, identifies four main focus domains: managing natural resources across sectors like oil, gas, mining, and agriculture; applying social data analytics to fields such as financial services; developing nanotechnology for enhanced devices tailored to industries with intermittent production cycles; and initiatives geared toward creating smarter urban environments.

Japan

IBM Research – Tokyo, known as IBM Tokyo Research Laboratory (TRL) until 2009, is among IBM's twelve principal global research centers and employs approximately 200 scientists. Established in 1982 originally as the Japan Science Institute (JSI) in Tokyo, it marked IBM's first research establishment in Asia. Under founding director Hisashi Kobayashi’s leadership until 1986, JSI was renamed to IBM Tokyo Research Laboratory. Notably, in 1988 TRL created the English-to-Japanese machine translation system called "System for Human-Assisted Language Translation" (SHALT), which facilitated the translation of IBM manuals.

History

TRL moved from central Tokyo to co-locate with IBM Yamato in Kanagawa Prefecture in 1993. That same year, the lab achieved a world record for continuous coherent ultraviolet ray generation. In 1996, TRL was responsible for developing the Java Just-In-Time (JIT) compiler supporting major IBM platforms. Over time, TRL has contributed numerous technological innovations.

Chieko Asakawa, an IBM Fellow since 2009, led efforts that resulted in core technologies for IBM’s accessibility software products such as the IBM Home Page Reader (1997) and aiBrowser (2007). In 2012, TRL relocated back to Tokyo within the IBM Toyosu Facility.

Research

Researchers at TRL have been instrumental in advancing scientific and engineering knowledge that underpins IBM’s offerings and intellectual property portfolio. Their work is widely published in international academic journals and conferences. The laboratory’s research areas include microdevices, system software development, security and privacy technologies, analytics and optimization methods, human-computer interaction, embedded systems engineering, and service science disciplines.

Other activities

TRL maintains partnerships with Japanese academic institutions by supporting their research through IBM’s Shared University Research (SUR) initiative by providing equipment such as servers and storage infrastructure. Since 1987, the IBM Japan Science Prize has honored exceptional researchers under age 45 affiliated with Japanese universities or public research organizations for achievements in physics, chemistry, computer science, and electronics.

Israel

Established in 1972 as Haifa Research Lab (HRL), IBM Research – Haifa has grown into a vital innovation center for IBM with facilities located in Haifa, Tel Aviv, and Beer Sheva. The lab spearheads developments across artificial intelligence, hybrid cloud computing, quantum technologies, blockchain solutions, Internet of Things applications, cybersecurity measures, and healthcare industry innovations.

Aya Soffer holds the roles of vice president of AI technology at IBM as well as director of the Haifa research laboratory.

History

Marking its 30th anniversary, the IBM Haifa Research Lab in Israel transitioned to the University of Haifa campus. The lab engages in collaborative initiatives with universities throughout Israel, the United States, and Europe, actively participating in EU Horizon 2020 consortia. By 2020, it held the distinction of employing the largest concentration of advanced-degree professionals within Israel's high-tech industry. Its researchers consistently contribute to academic publications and international conferences.

In 2014, IBM Research inaugurated the Cybersecurity Center of Excellence (CCoE) in Beer Sheva in partnership with Ben-Gurion University of the Negev.

Switzerland

Founded in 1956 and situated in Rüschlikon near Zürich, IBM Research – Zurich serves as IBM’s principal European research facility. Initially established in Adliswil, it relocated to a dedicated campus in Rüschlikon in 1962. The Zürich laboratory hosts a diverse team comprising several hundred researchers, graduate students, and postdoctoral fellows representing approximately 45 nationalities. It also features a Client Center designed for showcasing technological prototypes and solutions.

The Zürich site is celebrated for pioneering achievements including two Nobel Prize-winning inventions: the scanning tunneling microscope (1986) and discoveries related to high-temperature superconductivity (1987). Other significant contributions include trellis modulation techniques for data transmission, Token Ring network technology, Secure Electronic Transaction (SET) protocols for secure payments, and the Java Card OpenPlatform (JCOP) operating system for smart cards. More recently, it played a role in developing SuperMUC, a supercomputer utilizing hot-water cooling technology.

Research priorities encompass emerging chip technologies; nanotechnology; data storage solutions; quantum computing alongside brain-inspired architectures; security and privacy measures; risk management and compliance; business process optimization; and server infrastructure. The lab maintains extensive collaborations with European academic institutions, government research initiatives from both the EU and Switzerland, as well as industrial partners. A notable endeavor is the DOME project, which aims to create an IT roadmap supporting the Square Kilometer Array telescope.

Zürich’s research activities are structured into four divisions: Science & Technology; Cloud and AI Systems Research; Cognitive Computing & Industry Solutions; and Security Research. The laboratory is currently under the leadership of Alessandro Curioni.

On 17 May 2011, IBM joined ETH Zurich to inaugurate the Binnig and Rohrer Nanotechnology Center located on the Rüschlikon campus.

IBM Scientific Centers

Operating from 1964 until the early 1990s, IBM Scientific Centers functioned alongside the IBM Research Division as a decentralized network of research facilities. Unlike the centrally governed Research Division based in Armonk, each Scientific Center was embedded within its regional IBM organization, which provided funding and determined strategic priorities. These centers aimed to foster research and collaborative efforts tailored to their respective countries while enhancing IBM’s local presence.

While the IBM Research Division maintained limited external partnerships due to concerns over patents and proprietary information, the Scientific Centers actively engaged with universities and public research institutions. Their scope covered fundamental research, product development, and applied projects such as satellite-assisted soil classification.

Comprehensive records detailing each center’s thematic focus areas, projects, and publications as of 1989 exist, along with an extensive history chronicling the IBM Heidelberg Scientific Center.

Beginning with four US-based centers* in 1964, this network expanded globally to encompass 26 centers by 1989 before ceasing operations in the early 1990s.

• Bari, Italy (1969–1979)
• Bergen, Norway (since 1986)
• Brasilia, Brazil (1980–1986)
• Cairo, Egypt (since 1983)
• Cambridge, Massachusetts, USA (since 1964) *
• Caracas, Venezuela (since 1983)
• Grenoble, France (1967–1973)
• Haifa, Israel (since 1972)
• Heidelberg, Germany (since 1968)
• Houston, Texas (1966–1974)
• Kuwait City, Kuwait (since 1980)
• Los Angeles, California, USA (since 1964) *
• Madrid, Spain (since 1972)
• Mexico City, Mexico (since 1971)
• New York City (1964–1972) *
• Palo Alto, California, USA (since 1964) *
• Paris, France (since 1977)
• Peterlee, United Kingdom (1969–1979)
• Pisa, Italy (since 1971)
• Philadelphia, Pennsylvania, USA (1972–1974)
• Rio de Janeiro, Brazil (since 1986)
• Rome, Italy (since 1979)
• Tokyo, Japan (since 1970)
• Venice, Italy (1969–1979)
• Wheaton, Maryland, USA (1967–1969)
• Winchester, United Kingdom (since 1979)

Publications

• IBM Journal of Research and Development

External links

• official site of IBM Research
• Archived Projects (captured 10 December 2005)
• Highlights in Research History (Top Innovations)
• Chronological Research History
• Oral history interview with Martin Schwarzschild, former director of the Watson Scientific Computation Laboratory at Columbia University, Charles Babbage Institute, University of Minnesota (archived 12 August 2002)
• Technical journals from IBM Research