Gerd Binnig Patents & Innovation Profile — PatSnap Eureka
Gerd Binnig: Patent Portfolio & Innovation Analysis
Gerd Binnig is a Nobel Prize-winning physicist and inventor who holds 433 patents spanning probe-based thermomechanical data storage, MEMS scanning systems, and nanoscale material deposition, with filings from 1985 to 2008. His portfolio is primarily assigned to International Business Machines Corporation (IBM) and underpins the IBM Millipede project — one of the most ambitious attempts to bridge atomic-scale physics and commercial data storage engineering.
Patent Filing Activity
Peak year was 2002 with 13 filings, coinciding with IBM's coordinated global launch of the Millipede patent families.
Gerd Binnig's Patent Filing Patterns
A concentrated burst of 13 filings in 2002 aligned with IBM's public launch of the Millipede concept, followed by a rapid deceleration consistent with a project-specific IP campaign.
Annual Patent Filings
Peak year was 2002 with 13 filings. The 1985 filings represent early STM-adjacent work; the 2001–2008 cluster reflects the Millipede programme.
Technology Domain Breakdown
G11B11 (probe-based data storage) is the dominant domain with 10 patents — 45% of the sampled portfolio's IPC-coded records.
Gerd Binnig's Core Areas of Innovation
Binnig's portfolio spans four distinct technology domains, from foundational 1985 nanoscale deposition work to the full system-level engineering of probe-based data storage in the 2000s.
Probe-Based Thermomechanical Data Storage
10 patentsThe dominant technical theme in Binnig's filing activity. These patents cover writing and reading data by applying precisely coordinated combinations of heat and mechanical force through a sharp tip onto a polymer storage medium, creating or detecting nanoscale indentations representing binary data. They directly underpin the IBM Millipede project.
- Data read/write systems (US20040136277A1, 2002)
- Data read/write systems (EP1371062B1, 2002)
- Data read/write systems comprising a tip (US7680017B2, 2008)
High-Capacity Tape & Probe Storage Apparatus
6 patentsA closely related but architecturally distinct branch covering tape-format storage systems that use probe arrays scanning across tape media. These patents address system-level engineering of the Millipede concept — probe array alignment, tape drive mechanics, and perturbation detection — moving from component-level innovations toward deployable storage architectures.
- Apparatus and method for storing and reading high data capacities (US20040257887A1, 2003)
- Apparatus and method for storing and reading high data capacities (US7180847B2, 2003)
- Apparatus and method for storing and reading high data capacities (EP1371061B1, 2002)
Precision Scanning & Actuation Systems
2 patentsPatents addressing the mechanical and electromechanical subsystems required to move probe arrays with nanometre-scale precision while maintaining low power consumption. These cover tracking mechanisms, clamping systems, and pattern-based positioning — critical enablers of the broader Millipede data storage concept.
- Scanner for precise movement and low power consumption (US7057746B2, 2001)
- Scanner for precise movement and low power consumption (EP1327268A1, 2001)
Nanoscale Material Deposition
2 patentsThe earliest datable patents in the sampled set — 1985 European applications filed alongside Heinrich Rohrer, Christoph Gerber, and Edmund Weibel — covering a method for depositing metallic material at nanometre dimensions using a field-desorption tip. These filings sit at the direct intersection of STM technology and surface patterning, anticipating scanning probe lithography by years.
- Method for depositing material with nanometer dimensions (EP0166119A1, 1985)
- Method for depositing material with nanometer dimensions (EP0166119B1, 1985)
Data Recording & Storage Systems
2 patentsPatents covering broader data recording architectures including capacitive position sensing integrated with tip-based storage probes. The storage device and method patent (US20050157575A1) attracted citations from groups working on MEMS sensor integration and cantilever-based detection, illustrating how Millipede subsystem innovations diffused into adjacent sensing fields.
- Storage device and method (US20050157575A1, 2004)
- Apparatus and method for storing and reading high data capacities (WO2002077986A2, 2002)
Gerd Binnig's Highest-Impact IP
The most-cited patents — with 17 citations each — are the 2003 apparatus patents covering high-capacity tape-probe storage, attracting follow-on interest from researchers in probe storage, ferroelectric memory, and MEMS-based recording systems.
| Patent Number | Title | Year | Citations | Assignee | Status |
|---|---|---|---|---|---|
| US20040257887A1 | Apparatus and method for storing and reading high data capacities | 2003 | 17 ↑ | IBM | Inactive |
| US7180847B2 | Apparatus and method for storing and reading high data capacities | 2003 | 17 ↑ | IBM | Inactive |
| US20050157575A1 | Storage device and method | 2004 | 13 ↑ | IBM | Inactive |
| US20040136277A1 | Data read/write systems | 2002 | 11 ↑ | IBM | Inactive |
| US7057746B2 | Scanner for precise movement and low power consumption | 2001 | 9 ↑ | IBM | Inactive |
| WO2002077986A2 | Apparatus and method for storing and reading high data capacities | 2002 | 7 ↑ | IBM | — |
| WO2002077988A2 | Data read/write systems | 2002 | 5 ↑ | IBM | — |
| US7394749B2 | Data read/write systems comprising a tip | 2002 | 4 ↑ | IBM | Inactive |
Gerd Binnig's Research Collaborators
Most Frequent Co-Inventors
Collaboration Highlights
Gerd Binnig's patent collaboration network is notably tight, dominated by two long-term IBM Zurich colleagues — Peter Vettiger (~20 joint patents) and Walter Häberle (~18 joint patents) — who appear across nearly every Millipede-related filing. This triad constitutes the core inventive team behind the Millipede project's patent corpus, and their consistent co-inventorship across US, EP, WO, JP, TW, CN, AU, DE, and ES filings reflects a genuine collaborative research group rather than nominal listing.
- Peter Vettiger ~20 joint patents
- Walter Häberle (Haeberle) ~18 joint patents
- Evangelos S. Eleftheriou 2 joint patents
- Christoph Hagleitner 1 joint patent
- Heinrich Rohrer 1985 nanodeposition filings
Research Literature by Gerd Binnig
15 papers indexed · spanning MEMS thermal sensing at IBM Zurich and computational medical image analysis at Definiens AG
| Title | Year | Citations | Affiliation / Source |
|---|---|---|---|
| A micromechanical thermal displacement sensor with nanometre resolution | 2005 | 88 ↑ | IBM Zurich Research Laboratory |
| Object-oriented image analysis for high content screening (Cellenger software) | 2006 | 36 ↑ | Definiens AG, Munich, Germany |
| Slide-specific models for segmentation of digital histopathology whole slide images | 2016 | 16 ↑ | Definiens AG (Germany) |
| Cognition Network Technology for 3D liver tumour segmentation | 2007 | 11 ↑ | Definiens AG |
| CNT prototype CAD system for mammography | 2010 | 11 ↑ | Definiens AG / Diagnostisches Mammazentrum München |
MEMS & Nanopositioning Research
The 2005 IBM Zurich paper on micromechanical thermal displacement sensing with 88 citations is a direct scientific bridge to the Millipede patent programme, describing the thermal read-back detection approach underlying the tip-based storage patents. Its citation uptake in the MEMS and nanopositioning communities confirms significant cross-disciplinary diffusion of the Millipede technical framework.
Computational Medical Image Analysis
From 2006 onwards, Binnig's literature record shifts to Definiens AG, with papers applying Cognition Network Technology to medical image analysis — liver tumour segmentation, mammography CAD, retinal tissue analysis, and histopathology whole slide image processing. This body of work establishes his second career chapter as a substantive contribution to computational pathology.
Gerd Binnig's Patent Jurisdictions
Patents filed across 9 jurisdictions in a coordinated global strategy, with the United States and European Patent Office as the primary markets.
Filing Markets
The simultaneous PCT and direct national filings across the US, EP, TW, JP, and CN jurisdictions in 2001–2002 reflects IBM's deliberate freedom-to-operate and defensive exclusion strategy around the Millipede programme at the point of its public launch. The inclusion of Taiwan reflects the importance of Asian semiconductor and storage manufacturing in IBM's IP strategy, while Germany and Spain entries are likely validated EP designations.
Why Gerd Binnig's Portfolio Matters
Strategic implications for patent attorneys, in-house IP teams, and R&D strategists working in probe-based nanotechnology and adjacent fields.
FTO Considerations
The core Millipede patent families — centred on thermomechanical tip-based data writing and reading (G11B11), probe array architectures for tape storage (G11B25), and MEMS-based thermal displacement sensing — are now shown as inactive or expired, with expiry dates running from approximately 2014 to 2022 for major US and EP grants. This means fundamental claims have entered the public domain, materially affecting FTO assessments for anyone developing probe-based storage, cantilever-based sensing, or tip-array MEMS systems. However, the large total portfolio count of 433 patents means many continuation and divisional filings may carry different expiry timelines — a thorough search across all family members is essential.
Prior Art Relevance
The Millipede patent cluster represents one of the most densely documented prior art bodies in probe-based nanotechnology. Any applicant filing in thermomechanical data storage, AFM-based lithography, tip-actuated surface modification, or MEMS thermal sensing will find this portfolio — and the associated IBM Zurich research literature — forming the backbone of the prior art landscape. The 1985 nanodeposition patent (EP0166119) predates many subsequent scanning probe lithography filings by a decade and remains relevant prior art for surface-modification and nanopatterning claims.
Gerd Binnig Patent Portfolio: Common Questions
Analyse Gerd Binnig's Full Patent Portfolio
Access all 433 patents, complete family mapping across 9 jurisdictions, expiry date verification, forward citation networks, and co-inventor analysis in PatSnap Eureka IP.
PatSnap Eureka searches 208M+ patents and papers to answer instantly.