Quantum Computing patent applications on 2025-07-03: Difference between revisions
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= Quantum Computing Patent Applications on July 03 | = Quantum Computing Patent Applications on July 03 2025 = | ||
== Executive Summary == | |||
On July 03 2025, '''{{formatnum:10}}''' patent applications related to Quantum Computing were published, representing 0.1% of all patent applications for the day. While representing a smaller percentage, this activity indicates emerging innovation in Quantum Computing. | |||
== Market Analysis == | |||
=== Leading Organizations === | |||
The top organizations driving Quantum Computing innovation include: | |||
* '''[[International Business Machines Corporation patent applications on 2025-07-03|International Business Machines Corporation]]''': 1 applications (10.0% of Quantum Computing patents) | |||
* '''[[Bank of America Corporation patent applications on 2025-07-03|Bank of America Corporation]]''': 1 applications (10.0% of Quantum Computing patents) | |||
* '''[[Dell Products L.P. patent applications on 2025-07-03|Dell Products L.P.]]''': 1 applications (10.0% of Quantum Computing patents) | |||
* '''[[THE UNIVERSITY OF CHICAGO patent applications on 2025-07-03|THE UNIVERSITY OF CHICAGO]]''': 1 applications (10.0% of Quantum Computing patents) | |||
* '''[[MASSACHUSETTS INSTITUTE OF TECHNOLOGY patent applications on 2025-07-03|MASSACHUSETTS INSTITUTE OF TECHNOLOGY]]''': 1 applications (10.0% of Quantum Computing patents) | |||
These 5 organizations account for 5 applications (50.0% of all Quantum Computing patents), indicating moderate concentration in the field. | |||
== Technology Deep Dive == | |||
=== Core Innovation Areas === | |||
Patent applications in Quantum Computing encompass several key innovation areas: | |||
* '''[https://wikipatents.org/index.php?search=quantum+computing Quantum Computing]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+processor Quantum Processor]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=qubit Qubit]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+algorithm Quantum Algorithm]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+gate Quantum Gate]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+circuit Quantum Circuit]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+error Quantum Error]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=quantum+entanglement Quantum Entanglement]''': Core technology area | |||
Emerging areas include: | |||
* '''[https://wikipatents.org/index.php?search=quantum+superposition Quantum Superposition]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=quantum+annealing Quantum Annealing]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=quantum+supremacy Quantum Supremacy]''': Developing technology | |||
=== Technical Classification Analysis === | |||
The most active CPC classifications in Quantum Computing include: | |||
* '''[[CPC G06N10/70|G06N10/70]]''' (Quantum error correction, detection or prevention, e.g. surface codes or magic state distillation): 4 applications (40.0%) | |||
* '''[[CPC G06N10/40|G06N10/40]]''' (Physical realisations or architectures of quantum processors or components for manipulating qubits, e.g. qubit coupling or qubit control): 3 applications (30.0%) | |||
* '''[[CPC G06N10/60|G06N10/60]]''' (Quantum algorithms, e.g. based on quantum optimisation, quantum Fourier or Hadamard transforms): 2 applications (20.0%) | |||
* '''[[CPC G06N10/20|G06N10/20]]''' (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 2 applications (20.0%) | |||
* '''[[CPC G06F11/3608|G06F11/3608]]''' ({using formal methods, e.g. model checking, abstract interpretation (theorem proving): 1 applications (10.0%) | |||
* '''[[CPC G06F21/31|G06F21/31]]''' (User authentication): 1 applications (10.0%) | |||
* '''[[CPC G06N5/022|G06N5/022]]''' (Knowledge representation; Symbolic representation): 1 applications (10.0%) | |||
* '''[[CPC G06N10/80|G06N10/80]]''' (Quantum programming, e.g. interfaces, languages or software-development kits for creating or handling programs capable of running on quantum computers; Platforms for simulating or accessing quantum computers, e.g. cloud-based quantum computing): 1 applications (10.0%) | |||
* '''[[CPC G16C10/00|G16C10/00]]''' (Computational theoretical chemistry, i.e. ICT specially adapted for theoretical aspects of quantum chemistry, molecular mechanics, molecular dynamics or the like): 1 applications (10.0%) | |||
* '''[[CPC G06F17/16|G06F17/16]]''' (Matrix or vector computation {, e.g. matrix-matrix or matrix-vector multiplication, matrix factorization (matrix transposition): 1 applications (10.0%) | |||
=== Global Innovation Landscape === | |||
Innovation in Quantum Computing spans multiple countries: | |||
* '''[[Inventors from US|US]]''': 14 inventors (45.2%) | |||
* '''[[Inventors from KR|KR]]''': 6 inventors (19.4%) | |||
* '''[[Inventors from ES|ES]]''': 3 inventors (9.7%) | |||
* '''[[Inventors from BR|BR]]''': 3 inventors (9.7%) | |||
* '''[[Inventors from IN|IN]]''': 3 inventors (9.7%) | |||
* '''[[Inventors from GB|GB]]''': 1 inventors (3.2%) | |||
* '''[[Inventors from CN|CN]]''': 1 inventors (3.2%) | |||
The United States accounts for 45.2% of inventors in Quantum Computing, showing significant but not dominant innovation activity. | |||
=== Industry Collaborations === | |||
Notable collaborations in Quantum Computing include: | |||
* '''[[THE UNIVERSITY OF CHICAGO patent applications on 2025-07-03|THE UNIVERSITY OF CHICAGO]]''' Γ '''[[MASSACHUSETTS INSTITUTE OF TECHNOLOGY patent applications on 2025-07-03|MASSACHUSETTS INSTITUTE OF TECHNOLOGY]]''': 1 joint applications | |||
These collaborations represent 1 joint applications, indicating moderate industry cooperation in Quantum Computing. | |||
=== Leading Inventors === | |||
Key inventors driving Quantum Computing innovation: | |||
* '''[[:Category:David Kremer Garcia|David Kremer Garcia]]''': 1 applications | |||
* '''[[:Category:Alexandra Rivero GarcΓa|Alexandra Rivero GarcΓa]]''': 1 applications | |||
* '''[[:Category:Juan Cruz Benito|Juan Cruz Benito]]''': 1 applications | |||
* '''[[:Category:Ivan Duran Martinez|Ivan Duran Martinez]]''': 1 applications | |||
* '''[[:Category:Francisco Jose Martin Fernandez|Francisco Jose Martin Fernandez]]''': 1 applications | |||
* '''[[:Category:Ismael Faro Sertage|Ismael Faro Sertage]]''': 1 applications | |||
* '''[[:Category:Michael Young|Michael Young]]''': 1 applications | |||
* '''[[:Category:Manu Kurian|Manu Kurian]]''': 1 applications | |||
* '''[[:Category:Ana Maxim|Ana Maxim]]''': 1 applications | |||
* '''[[:Category:Diego Vrague Noble|Diego Vrague Noble]]''': 1 applications | |||
=== Recent Patent Applications === | |||
Representative Quantum Computing patent applications from July 03 2025: | |||
==== 20250217267. CHARACTERIZATION, ANALYSIS AND CATEGORIZATION OF QUANTUM PROGRAMS WITHOUT EXECUTING THEM ==== | |||
'''Applicant:''' International Business Machines Corporation | |||
'''Abstract:''' Various systems and methods are presented herein regarding automatically utilizing characterized codes to characterize an undefined code. The undefined code can be computer instructions for implementa... | |||
==== 20250217458. TRACKING QUANTUM-BASED INTERACTIONS ==== | |||
'''Applicant:''' Bank of America Corporation | |||
'''Abstract:''' Systems, methods, and apparatus are provided for tracking user interactions in a quantum system. An authentication persona may be routed to a quantum processor. The quantum processor may generate a vi... | |||
==== 20250217668. SAVING QUBITS BY OPTIMIZING ONE-HOT ENCODING GRANULARITY, RANGE, AND POINT DISTRIBUTION ==== | |||
'''Applicant:''' Dell Products L.P. | |||
'''Abstract:''' A machine learning model is trained, using historical data, to generate distributions for integer variables of a problem. When a new problem or problem instance is presented, the model is used to pred... | |||
==== 20250217687. OPTICALLY ADDRESSABLE MOLECULAR-SPIN QUBIT DILUTED IN A HOST MATRIX ==== | |||
'''Applicant:''' THE UNIVERSITY OF CHICAGO, MASSACHUSETTS INSTITUTE OF TECHNOLOGY | |||
== | '''Abstract:''' A molecular-spin qubit includes a molecular color center having a ground state and an excited state. The ground state has non-zero spin with at least first and second sublevels. The molecular-spin qub... | ||
==== 20250217688. Privacy-Preserving Quantum Computation Using Masked Quantum Circuit ==== | |||
'''Applicant:''' Google LLC | |||
'''Abstract:''' Systems and methods for quantum computation are provided. In one example, performing quantum computation using a masked circuit can include obtaining, by a classical computing system, data indicative ... | |||
== Market Implications == | |||
=== Innovation Intensity === | |||
With 10 applications, Quantum Computing shows moderate innovation activity, indicating steady technological progress and emerging market opportunities. | |||
=== Competitive Landscape === | |||
Innovation in Quantum Computing involves 11 organizations, indicating moderate competition with multiple established players and emerging companies. | |||
== | === Technology Outlook === | ||
Emerging themes in Quantum Computing patents include: quantum, matrix, computing, code, state, suggesting future development in these areas. | |||
The current patent activity level suggests Quantum Computing is in a early development phase with emerging applications and technologies. | |||
== Related Technology Areas == | == Related Technology Areas == | ||
Innovation in Quantum Computing often intersects with: | Innovation in Quantum Computing often intersects with other emerging technologies: | ||
* [[Augmented Reality patent applications on 2025-07-03|Augmented Reality]] | * '''[[Augmented Reality patent applications on 2025-07-03|Augmented Reality]]''': 7256 applications | ||
* [[Semiconductors patent applications on 2025-07-03|Semiconductors]] | * '''[[Semiconductors patent applications on 2025-07-03|Semiconductors]]''': 1504 applications | ||
* [[Medical Devices patent applications on 2025-07-03|Medical Devices]] | * '''[[Medical Devices patent applications on 2025-07-03|Medical Devices]]''': 235 applications | ||
* [[5G Technology patent applications on 2025-07-03|5G Technology]] | * '''[[5G Technology patent applications on 2025-07-03|5G Technology]]''': 177 applications | ||
* [[Generative AI patent applications on 2025-07-03|Generative AI]] | * '''[[Generative AI patent applications on 2025-07-03|Generative AI]]''': 115 applications | ||
* '''[[Renewable Energy patent applications on 2025-07-03|Renewable Energy]]''': 95 applications | |||
* '''[[Autonomous Vehicles patent applications on 2025-07-03|Autonomous Vehicles]]''': 86 applications | |||
* '''[[Cybersecurity patent applications on 2025-07-03|Cybersecurity]]''': 76 applications | |||
== | == Analysis Tools == | ||
=== Search Resources === | |||
* | * [https://wikipatents.org/index.php?search=Quantum+Computing+20250703 Search all Quantum Computing patents from July 03 2025] | ||
* | * [https://wikipatents.org/index.php?search=Quantum+Computing Browse all Quantum Computing patents] | ||
* | * [[Special:CategoryTree/Quantum Computing Patent Applications|Browse by category]] | ||
== See Also == | == See Also == | ||
* [[Weekly Patent | * [[20250703 Patent Applications Report for July 03 2025|Weekly Patent Summary]] | ||
* [[Technology Trends in Patent Applications]] | * [[Technology Trends in Patent Applications]] | ||
* [[Quantum Computing Industry Analysis]] | * [[Quantum Computing Industry Analysis]] | ||
* [[Patent Analytics and Trends]] | |||
[[Category:Quantum Computing]] | [[Category:Quantum Computing]] | ||
[[Category:Quantum Computing Patent Applications]] | [[Category:Quantum Computing Patent Applications]] | ||
[[Category:Technology Trends 2025]] | [[Category:Technology Trends 2025]] | ||
[[Category:Patent Applications July 03 | [[Category:Patent Applications July 03 2025]] | ||
[[Category:Weekly Reports 2025]] |
Latest revision as of 16:06, 7 July 2025
Quantum Computing Patent Applications on July 03 2025
Executive Summary
On July 03 2025, 10 patent applications related to Quantum Computing were published, representing 0.1% of all patent applications for the day. While representing a smaller percentage, this activity indicates emerging innovation in Quantum Computing.
Market Analysis
Leading Organizations
The top organizations driving Quantum Computing innovation include:
- International Business Machines Corporation: 1 applications (10.0% of Quantum Computing patents)
- Bank of America Corporation: 1 applications (10.0% of Quantum Computing patents)
- Dell Products L.P.: 1 applications (10.0% of Quantum Computing patents)
- THE UNIVERSITY OF CHICAGO: 1 applications (10.0% of Quantum Computing patents)
- MASSACHUSETTS INSTITUTE OF TECHNOLOGY: 1 applications (10.0% of Quantum Computing patents)
These 5 organizations account for 5 applications (50.0% of all Quantum Computing patents), indicating moderate concentration in the field.
Technology Deep Dive
Core Innovation Areas
Patent applications in Quantum Computing encompass several key innovation areas:
- Quantum Computing: Core technology area
- Quantum Processor: Core technology area
- Qubit: Core technology area
- Quantum Algorithm: Core technology area
- Quantum Gate: Core technology area
- Quantum Circuit: Core technology area
- Quantum Error: Core technology area
- Quantum Entanglement: Core technology area
Emerging areas include:
- Quantum Superposition: Developing technology
- Quantum Annealing: Developing technology
- Quantum Supremacy: Developing technology
Technical Classification Analysis
The most active CPC classifications in Quantum Computing include:
- G06N10/70 (Quantum error correction, detection or prevention, e.g. surface codes or magic state distillation): 4 applications (40.0%)
- G06N10/40 (Physical realisations or architectures of quantum processors or components for manipulating qubits, e.g. qubit coupling or qubit control): 3 applications (30.0%)
- G06N10/60 (Quantum algorithms, e.g. based on quantum optimisation, quantum Fourier or Hadamard transforms): 2 applications (20.0%)
- G06N10/20 (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 2 applications (20.0%)
- G06F11/3608 ({using formal methods, e.g. model checking, abstract interpretation (theorem proving): 1 applications (10.0%)
- G06F21/31 (User authentication): 1 applications (10.0%)
- G06N5/022 (Knowledge representation; Symbolic representation): 1 applications (10.0%)
- G06N10/80 (Quantum programming, e.g. interfaces, languages or software-development kits for creating or handling programs capable of running on quantum computers; Platforms for simulating or accessing quantum computers, e.g. cloud-based quantum computing): 1 applications (10.0%)
- G16C10/00 (Computational theoretical chemistry, i.e. ICT specially adapted for theoretical aspects of quantum chemistry, molecular mechanics, molecular dynamics or the like): 1 applications (10.0%)
- G06F17/16 (Matrix or vector computation {, e.g. matrix-matrix or matrix-vector multiplication, matrix factorization (matrix transposition): 1 applications (10.0%)
Global Innovation Landscape
Innovation in Quantum Computing spans multiple countries:
- US: 14 inventors (45.2%)
- KR: 6 inventors (19.4%)
- ES: 3 inventors (9.7%)
- BR: 3 inventors (9.7%)
- IN: 3 inventors (9.7%)
- GB: 1 inventors (3.2%)
- CN: 1 inventors (3.2%)
The United States accounts for 45.2% of inventors in Quantum Computing, showing significant but not dominant innovation activity.
Industry Collaborations
Notable collaborations in Quantum Computing include:
- THE UNIVERSITY OF CHICAGO Γ MASSACHUSETTS INSTITUTE OF TECHNOLOGY: 1 joint applications
These collaborations represent 1 joint applications, indicating moderate industry cooperation in Quantum Computing.
Leading Inventors
Key inventors driving Quantum Computing innovation:
- David Kremer Garcia: 1 applications
- Alexandra Rivero GarcΓa: 1 applications
- Juan Cruz Benito: 1 applications
- Ivan Duran Martinez: 1 applications
- Francisco Jose Martin Fernandez: 1 applications
- Ismael Faro Sertage: 1 applications
- Michael Young: 1 applications
- Manu Kurian: 1 applications
- Ana Maxim: 1 applications
- Diego Vrague Noble: 1 applications
Recent Patent Applications
Representative Quantum Computing patent applications from July 03 2025:
20250217267. CHARACTERIZATION, ANALYSIS AND CATEGORIZATION OF QUANTUM PROGRAMS WITHOUT EXECUTING THEM
Applicant: International Business Machines Corporation
Abstract: Various systems and methods are presented herein regarding automatically utilizing characterized codes to characterize an undefined code. The undefined code can be computer instructions for implementa...
20250217458. TRACKING QUANTUM-BASED INTERACTIONS
Applicant: Bank of America Corporation
Abstract: Systems, methods, and apparatus are provided for tracking user interactions in a quantum system. An authentication persona may be routed to a quantum processor. The quantum processor may generate a vi...
20250217668. SAVING QUBITS BY OPTIMIZING ONE-HOT ENCODING GRANULARITY, RANGE, AND POINT DISTRIBUTION
Applicant: Dell Products L.P.
Abstract: A machine learning model is trained, using historical data, to generate distributions for integer variables of a problem. When a new problem or problem instance is presented, the model is used to pred...
20250217687. OPTICALLY ADDRESSABLE MOLECULAR-SPIN QUBIT DILUTED IN A HOST MATRIX
Applicant: THE UNIVERSITY OF CHICAGO, MASSACHUSETTS INSTITUTE OF TECHNOLOGY
Abstract: A molecular-spin qubit includes a molecular color center having a ground state and an excited state. The ground state has non-zero spin with at least first and second sublevels. The molecular-spin qub...
20250217688. Privacy-Preserving Quantum Computation Using Masked Quantum Circuit
Applicant: Google LLC
Abstract: Systems and methods for quantum computation are provided. In one example, performing quantum computation using a masked circuit can include obtaining, by a classical computing system, data indicative ...
Market Implications
Innovation Intensity
With 10 applications, Quantum Computing shows moderate innovation activity, indicating steady technological progress and emerging market opportunities.
Competitive Landscape
Innovation in Quantum Computing involves 11 organizations, indicating moderate competition with multiple established players and emerging companies.
Technology Outlook
Emerging themes in Quantum Computing patents include: quantum, matrix, computing, code, state, suggesting future development in these areas.
The current patent activity level suggests Quantum Computing is in a early development phase with emerging applications and technologies.
Related Technology Areas
Innovation in Quantum Computing often intersects with other emerging technologies:
- Augmented Reality: 7256 applications
- Semiconductors: 1504 applications
- Medical Devices: 235 applications
- 5G Technology: 177 applications
- Generative AI: 115 applications
- Renewable Energy: 95 applications
- Autonomous Vehicles: 86 applications
- Cybersecurity: 76 applications
Analysis Tools
Search Resources
- Search all Quantum Computing patents from July 03 2025
- Browse all Quantum Computing patents
- Browse by category