Quantum Computing patent applications on 21st August 2025
Quantum Computing Patent Applications on 21st August 2025
Executive Summary
On 21st August 2025, 10 patent applications related to Quantum Computing were published, representing 0.2% 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:
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- Samsung Electronics Co Ltd: 1 applications (10.0% of Quantum Computing patents)
- BANK OF AMERICA CORPORATION: 1 applications (10.0% of Quantum Computing patents)
- POSTECH Research and Business Development Foundation: 1 applications (10.0% of Quantum Computing patents)
- International Business Machines Corporation: 1 applications (10.0% of Quantum Computing patents)
- Classiq Technologies Ltd: 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
Technical Classification Analysis
The most active CPC classifications in Quantum Computing include:
- G06N10/20 (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 5 applications (50.0%)
- 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%)
- G01R23/02 (Arrangements for measuring frequency, e.g. pulse repetition rate; Arrangements for measuring period of current or voltage): 1 applications (10.0%)
- G06F17/18 (for evaluating statistical data {, e.g. average values, frequency distributions, probability functions, regression analysis (forecasting specially adapted for a specific administrative, business or logistic context): 1 applications (10.0%)
- G06F21/554 ({involving event detection and direct action}): 1 applications (10.0%)
- G06F2221/034 (Indexing scheme relating to): 1 applications (10.0%)
- G06K19/06084 (GRAPHICAL DATA READING (image or video recognition or understanding): 1 applications (10.0%)
- B82Y10/00 (Nanotechnology for information processing, storage or transmission, e.g. quantum computing or single electron logic): 1 applications (10.0%)
- B82Y30/00 (Nanotechnology for materials or surface science, e.g. nanocomposites): 1 applications (10.0%)
Global Innovation Landscape
Innovation in Quantum Computing spans multiple countries:
- KR: 9 inventors (28.1%)
- US: 6 inventors (18.8%)
- IN: 5 inventors (15.6%)
- IL: 5 inventors (15.6%)
- CN: 5 inventors (15.6%)
- IE: 2 inventors (6.2%)
The KR accounts for 28.1% of inventors in Quantum Computing, reflecting a globally distributed innovation landscape.
Industry Collaborations
Leading Inventors
Key inventors driving Quantum Computing innovation:
- Whan GHANG of Suwon-si KR: 1 applications
- Shailendra Singh of Maharashtra IN: 1 applications
- Saurabh Gupta of New Delhi IN: 1 applications
- Varsha Yadav of Gurugram, Haryana IN: 1 applications
- Junsuk RHO of Pohang-si KR: 1 applications
- Joohoon KIM of Pohang-si KR: 1 applications
- Hyun Jung KANG of Pohang-si KR: 1 applications
- Hongyoon KIM of Pohang-si KR: 1 applications
- Ritajit Majumdar of Kolkata IN: 1 applications
- Anupama Ray of Bangalore IN: 1 applications
Recent Patent Applications
Representative Quantum Computing patent applications from 21st August 2025:
20250264507. APPARATUS AND METHOD WITH FREQUENCY DETECTION
Applicant: Samsung Electronics Co Ltd
Abstract: A processor-implemented method with frequency detection includes setting a sample cutting parameter, performing sampling in a sampling interval set based on the sample cutting parameter, obtaining a Wasserstein distance between a first probability distribution and a second probability distribution for an available frequency based on a result of the sampling, and determining a frequency, at which the obtained Wasserstein distance is minimum, as an optimal frequency.
20250265333. Quantum Computing Fraud Protection System
Applicant: BANK OF AMERICA CORPORATION
Abstract: A quantum computing fraud protection system may utilize a bagging cascading machine learning technique to analyze all the aspects of quantum code and/or program being sent via a quantum as a service interface to a quantum computing system. The quantum computing fraud protection system determines an intent and predicts output of the quantum code. The quantum computing fraud protection system utilizes bootstrap aggregating to learn from all the aspects of program information in parallel and combin...
20250265436. OBJECT INCLUDING META-LABEL AND METHOD OF MANUFACTURING THE META-LABEL
Applicant: POSTECH Research and Business Development Foundation
Abstract: A meta-label includes an object and a plurality of nanostructures formed on one surface of the object and including a material including a water-soluble polymer and dielectric nanoparticles, wherein the plurality of nanostructures are arranged to display characters or patterns, and the characters or patterns include information about the object.
20250265484. LEARNING-BASED QUANTUM EXPERIMENTAL SETUP SELECTION
Applicant: International Business Machines Corporation
Abstract: According to one embodiment, a method, computer system, and computer program product for quantum setup selection is provided. The embodiment may include receiving a quantum circuit and one or more user credentials. The embodiment may further include identifying one or more quantum hardware units available to a user based on the user credentials and the quantum circuit. The embodiment may also include generating a score for an orientation of the one or more quantum hardware units and the quantum ...
20250265485. TOPOLOGICAL ERROR CORRECTION
Applicant: Classiq Technologies Ltd
Abstract: A method, product, and apparatus comprising: obtaining a logical representation of a quantum circuit that defines a plurality of gate operations on subsets of a plurality of logical qubits; obtaining a physical representation of the quantum circuit on a quantum computer comprising a set of physical qubits positioned on a plane embedded in at least two dimensions, the physical representation comprising: a division of the set of physical qubits into a plurality of patches, the plurality of patches...
Market Implications
Innovation Intensity
The 10 applications indicate emerging innovation activity in Quantum Computing, reflecting early-stage development and experimental research.
Competitive Landscape
Innovation in Quantum Computing involves 10 organizations, suggesting a concentrated field with specialized players.
Technology Outlook
Emerging themes in Quantum Computing patents include: quantum, that, state, program, circuit, 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:
- Medical Devices: 426 applications
- Semiconductors: 418 applications
- 5G Technology: 248 applications
- Cybersecurity: 229 applications
- Internet of Things: 180 applications
- Biotechnology: 170 applications
- Renewable Energy: 162 applications
- Environmental Tech: 152 applications