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Quantum Computing patent applications on 31st July 2025: Difference between revisions

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Technology trend analysis for Quantum Computing patent applications on 31st July 2025
 
Technology trend analysis for Quantum Computing patent applications on 31st July 2025
 
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On 31st July 2025, '''{{formatnum:19}}''' patent applications related to Quantum Computing were published, representing 0.3% of all patent applications for the day. While representing a smaller percentage, this activity indicates emerging innovation in Quantum Computing.
On 31st July 2025, '''{{formatnum:19}}''' patent applications related to Quantum Computing were published, representing 0.3% 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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* '''[[BANK OF AMERICA CORPORATION patent applications on 31st July 2025|BANK OF AMERICA CORPORATION]]''': 3 applications (15.8% of Quantum Computing patents)
* '''[[Quantinuum Llc patent applications on 31st July 2025|Quantinuum Llc]]''': 2 applications (10.5% of Quantum Computing patents)
* '''[[International Business Machines Corporation patent applications on 31st July 2025|International Business Machines Corporation]]''': 2 applications (10.5% of Quantum Computing patents)
* '''[[Google LLC patent applications on 31st July 2025|Google LLC]]''': 2 applications (10.5% of Quantum Computing patents)
* '''[[American Express Travel Related Services Co Inc patent applications on 31st July 2025|American Express Travel Related Services Co Inc]]''': 1 applications (5.3% of Quantum Computing patents)
These 5 organizations account for 10 applications (52.6% of all Quantum Computing patents), indicating high 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:
* '''[[CPC G06N10/40|G06N10/40]]''' (Physical realisations or architectures of quantum processors or components for manipulating qubits, e.g. qubit coupling or qubit control): 8 applications (42.1%)
* '''[[CPC G06N10/60|G06N10/60]]''' (Quantum algorithms, e.g. based on quantum optimisation, quantum Fourier or Hadamard transforms): 4 applications (21.1%)
* '''[[CPC G06N10/70|G06N10/70]]''' (Quantum error correction, detection or prevention, e.g. surface codes or magic state distillation): 2 applications (10.5%)
* '''[[CPC G06N10/20|G06N10/20]]''' (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 2 applications (10.5%)
* '''[[CPC G06F8/41|G06F8/41]]''' (Compilation): 1 applications (5.3%)
* '''[[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 (5.3%)
* '''[[CPC G06F11/3688|G06F11/3688]]''' ({for test execution, e.g. scheduling of test suites}): 1 applications (5.3%)
* '''[[CPC G06N5/022|G06N5/022]]''' (Knowledge representation; Symbolic representation): 1 applications (5.3%)
* '''[[CPC G06F21/50|G06F21/50]]''' (Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems): 1 applications (5.3%)
* '''[[CPC G06F21/606|G06F21/606]]''' (Protecting data): 1 applications (5.3%)
== Global Innovation Landscape ==
Innovation in Quantum Computing spans multiple countries:
* '''[[Inventors from US|US]]''': 36 inventors (62.1%)
* '''[[Inventors from IN|IN]]''': 5 inventors (8.6%)
* '''[[Inventors from CA|CA]]''': 3 inventors (5.2%)
* '''[[Inventors from DE|DE]]''': 3 inventors (5.2%)
* '''[[Inventors from CH|CH]]''': 3 inventors (5.2%)
* '''[[Inventors from GB|GB]]''': 2 inventors (3.4%)
* '''[[Inventors from ES|ES]]''': 1 inventors (1.7%)
* '''[[Inventors from FR|FR]]''': 1 inventors (1.7%)
* '''[[Inventors from SG|SG]]''': 1 inventors (1.7%)
* '''[[Inventors from CZ|CZ]]''': 1 inventors (1.7%)
The US accounts for 62.1% of inventors in Quantum Computing, indicating strong domestic innovation leadership.
== Industry Collaborations ==
== Leading Inventors ==
Key inventors driving Quantum Computing innovation:
* '''[[:Category:Julian_Shaw_Kelly_of_Santa_Barbara_CA_US|Julian Shaw Kelly of Santa Barbara CA US]]''': 2 applications
* '''[[:Category:Christopher_E._LANGER_of_Highlands_Ranch_CO_US|Christopher E. LANGER of Highlands Ranch CO US]]''': 1 applications
* '''[[:Category:Ryan_Woo_of_Tenafly_NJ_US|Ryan Woo of Tenafly NJ US]]''': 1 applications
* '''[[:Category:Diego_Moreda_Rodriguez_of_Ribadeo_ES|Diego Moreda Rodriguez of Ribadeo ES]]''': 1 applications
* '''[[:Category:Jessie_Yu_of_Pleasant_Valley_NY_US|Jessie Yu of Pleasant Valley NY US]]''': 1 applications
* '''[[:Category:Atsuko_Shimizu_of_Mount_Kisco_NY_US|Atsuko Shimizu of Mount Kisco NY US]]''': 1 applications
* '''[[:Category:Hiranmayi_Palanki_of_Tampa_FL_US|Hiranmayi Palanki of Tampa FL US]]''': 1 applications
* '''[[:Category:Marouane_BALMAKHTAR_of_Fairfax_VA_US|Marouane BALMAKHTAR of Fairfax VA US]]''': 1 applications
* '''[[:Category:Serge_MANNING_of_Plano_TX_US|Serge MANNING of Plano TX US]]''': 1 applications
* '''[[:Category:Kevin_Joseph_Satzinger_of_Goleta_CA_US|Kevin Joseph Satzinger of Goleta CA US]]''': 1 applications
== Recent Patent Applications ==
Representative Quantum Computing patent applications from 31st July 2025:
=== 20250244977. APPARATUSES, COMPUTER-IMPLEMENTED METHODS, AND COMPUTER PROGRAM PRODUCTS FOR TWO-DIMENSIONAL QUANTUM PROGRAM COMPILATION ===
'''Applicant:''' [[Quantinuum Llc patent applications on 31st July 2025|Quantinuum Llc]]
'''Abstract:''' Various embodiments of the disclosure provide apparatuses, systems, and computer program products for instruction compilation for execution in a 2D quantum environment. Some embodiments include identifying a set of starting positions corresponding to a set of qubit pairs for a set of qubits, generating a set of target row assignments based at least in part on the set of starting positions, generating a set of target column assignments comprising a target column assignment for each qubit pair in ...
=== 20250245135. DYNAMIC CIRCUIT BRANCH PREDICTION ===
'''Applicant:''' [[International Business Machines Corporation patent applications on 31st July 2025|International Business Machines Corporation]]
'''Abstract:''' Various systems and methods are presented herein regarding automatically predicting an outcome of a conditional operation, and in the event of the prediction being incorrect, implementing a rewind operation to undo any changes in state, etc., resulting from implementing the incorrectly predicted program code. The program code can be computer instructions to control operation of a quantum computing system, a quantum circuit, and suchlike. The rewind operation can comprise of application of a conj...
=== 20250245315. QUANTUM COMPUTING ENHANCED LARGE LANGUAGE MODEL (LLM) SECURITY PROTECTIONS ===
'''Applicant:''' [[American Express Travel Related Services Co Inc patent applications on 31st July 2025|American Express Travel Related Services Co Inc]]
'''Abstract:''' Disclosed are various approaches for quantum computing enhanced language model (LLM) security protections. In some examples, an LLM communication such as an LLM prompt, or an LLM response can be received. A computing environment type decision between a digital computing environment or a quantum computing environment can be generated based at least in part on the LLM communication processing latency value and a threshold latency value. A selected one of the classical digital computing environment...
=== 20250245360. Systems and Methods for Enabling Secured Communications Between Non-Quantum Equipped Devices and Quantum Equipped Devices ===
'''Applicant:''' [[T-MOBILE INNOVATIONS LLC patent applications on 31st July 2025|T-MOBILE INNOVATIONS LLC]]
'''Abstract:''' A quantum communication system for enabling secured communications between non-quantum equipped and quantum equipped devices comprises a non-quantum equipped network device configured to transmit a connection request, a quantum authentication server configured to verify a connection between the non-quantum equipped network device and a quantum network gateway, the quantum network gateway enabling communications between the non-quantum equipped network device and the quantum authentication server...
=== 20250245397. Qubit-Coupler-Qubit Model for System Calibration ===
'''Applicant:''' [[Google LLC patent applications on 31st July 2025|Google LLC]]
'''Abstract:''' Systems and methods for calibrating and initializing a system comprising a first qubit, a second qubit, and a coupler are provided. A method of initializing the system can include calibrating the system; providing a first idle resonance frequency of the first qubit and a second idle resonance frequency of the second qubit; providing the first bias for the first idle resonance frequency and the second bias for the second idle resonance frequency; determining a value of the third resonance frequen...
== Market Implications ==
=== Innovation Intensity ===
The 19 applications indicate emerging innovation activity in Quantum Computing, reflecting early-stage development and experimental research.
=== Competitive Landscape ===
Innovation in Quantum Computing involves 14 organizations, suggesting a concentrated field with specialized players.
=== Technology Outlook ===
Emerging themes in Quantum Computing patents include: quantum, qubit, data, computer, frequency, 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 patent applications on 31st July 2025|Medical Devices]]: 448 applications
* [[Semiconductors patent applications on 31st July 2025|Semiconductors]]: 429 applications
* [[Cybersecurity patent applications on 31st July 2025|Cybersecurity]]: 289 applications
* [[Renewable Energy patent applications on 31st July 2025|Renewable Energy]]: 182 applications
* [[Generative AI patent applications on 31st July 2025|Generative AI]]: 180 applications
* [[Environmental Tech patent applications on 31st July 2025|Environmental Tech]]: 165 applications
* [[5G Technology patent applications on 31st July 2025|5G Technology]]: 154 applications
* [[Internet of Things patent applications on 31st July 2025|Internet of Things]]: 152 applications
== Analysis Tools ==
=== Search Resources ===
* [[Special:Search/Quantum Computing patents from 31st July 2025|Search all Quantum Computing patents from 31st July 2025]]
* [[Category:Quantum Computing|Browse all Quantum Computing patents]]
* [[Category:Quantum Computing Patent Applications|Browse by category]]
== See Also ==
* [[Weekly Patent Summary]]
* [[Technology Trends in Patent Applications]]
* [[Quantum Computing Industry Analysis]]
* [[Patent Analytics and Trends]]


[[Category:Quantum Computing]]
[[Category:Quantum Computing]]

Latest revision as of 01:41, 4 August 2025

Quantum Computing Patent Applications on 31st July 2025

Executive Summary

On 31st July 2025, 19 patent applications related to Quantum Computing were published, representing 0.3% 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:

Template:Newsletter signup box

These 5 organizations account for 10 applications (52.6% of all Quantum Computing patents), indicating high concentration in the field.

Technology Deep Dive

Core Innovation Areas

Patent applications in Quantum Computing encompass several key innovation areas:

Technical Classification Analysis

The most active CPC classifications in Quantum Computing include:

  • G06N10/40 (Physical realisations or architectures of quantum processors or components for manipulating qubits, e.g. qubit coupling or qubit control): 8 applications (42.1%)
  • G06N10/60 (Quantum algorithms, e.g. based on quantum optimisation, quantum Fourier or Hadamard transforms): 4 applications (21.1%)
  • G06N10/70 (Quantum error correction, detection or prevention, e.g. surface codes or magic state distillation): 2 applications (10.5%)
  • G06N10/20 (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 2 applications (10.5%)
  • G06F8/41 (Compilation): 1 applications (5.3%)
  • 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 (5.3%)
  • G06F11/3688 ({for test execution, e.g. scheduling of test suites}): 1 applications (5.3%)
  • G06N5/022 (Knowledge representation; Symbolic representation): 1 applications (5.3%)
  • G06F21/50 (Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems): 1 applications (5.3%)
  • G06F21/606 (Protecting data): 1 applications (5.3%)

Global Innovation Landscape

Innovation in Quantum Computing spans multiple countries:

  • US: 36 inventors (62.1%)
  • IN: 5 inventors (8.6%)
  • CA: 3 inventors (5.2%)
  • DE: 3 inventors (5.2%)
  • CH: 3 inventors (5.2%)
  • GB: 2 inventors (3.4%)
  • ES: 1 inventors (1.7%)
  • FR: 1 inventors (1.7%)
  • SG: 1 inventors (1.7%)
  • CZ: 1 inventors (1.7%)

The US accounts for 62.1% of inventors in Quantum Computing, indicating strong domestic innovation leadership.

Industry Collaborations

Leading Inventors

Key inventors driving Quantum Computing innovation:

Recent Patent Applications

Representative Quantum Computing patent applications from 31st July 2025:

20250244977. APPARATUSES, COMPUTER-IMPLEMENTED METHODS, AND COMPUTER PROGRAM PRODUCTS FOR TWO-DIMENSIONAL QUANTUM PROGRAM COMPILATION

Applicant: Quantinuum Llc

Abstract: Various embodiments of the disclosure provide apparatuses, systems, and computer program products for instruction compilation for execution in a 2D quantum environment. Some embodiments include identifying a set of starting positions corresponding to a set of qubit pairs for a set of qubits, generating a set of target row assignments based at least in part on the set of starting positions, generating a set of target column assignments comprising a target column assignment for each qubit pair in ...

20250245135. DYNAMIC CIRCUIT BRANCH PREDICTION

Applicant: International Business Machines Corporation

Abstract: Various systems and methods are presented herein regarding automatically predicting an outcome of a conditional operation, and in the event of the prediction being incorrect, implementing a rewind operation to undo any changes in state, etc., resulting from implementing the incorrectly predicted program code. The program code can be computer instructions to control operation of a quantum computing system, a quantum circuit, and suchlike. The rewind operation can comprise of application of a conj...

20250245315. QUANTUM COMPUTING ENHANCED LARGE LANGUAGE MODEL (LLM) SECURITY PROTECTIONS

Applicant: American Express Travel Related Services Co Inc

Abstract: Disclosed are various approaches for quantum computing enhanced language model (LLM) security protections. In some examples, an LLM communication such as an LLM prompt, or an LLM response can be received. A computing environment type decision between a digital computing environment or a quantum computing environment can be generated based at least in part on the LLM communication processing latency value and a threshold latency value. A selected one of the classical digital computing environment...

20250245360. Systems and Methods for Enabling Secured Communications Between Non-Quantum Equipped Devices and Quantum Equipped Devices

Applicant: T-MOBILE INNOVATIONS LLC

Abstract: A quantum communication system for enabling secured communications between non-quantum equipped and quantum equipped devices comprises a non-quantum equipped network device configured to transmit a connection request, a quantum authentication server configured to verify a connection between the non-quantum equipped network device and a quantum network gateway, the quantum network gateway enabling communications between the non-quantum equipped network device and the quantum authentication server...

20250245397. Qubit-Coupler-Qubit Model for System Calibration

Applicant: Google LLC

Abstract: Systems and methods for calibrating and initializing a system comprising a first qubit, a second qubit, and a coupler are provided. A method of initializing the system can include calibrating the system; providing a first idle resonance frequency of the first qubit and a second idle resonance frequency of the second qubit; providing the first bias for the first idle resonance frequency and the second bias for the second idle resonance frequency; determining a value of the third resonance frequen...

Market Implications

Innovation Intensity

The 19 applications indicate emerging innovation activity in Quantum Computing, reflecting early-stage development and experimental research.

Competitive Landscape

Innovation in Quantum Computing involves 14 organizations, suggesting a concentrated field with specialized players.

Technology Outlook

Emerging themes in Quantum Computing patents include: quantum, qubit, data, computer, frequency, 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:

Analysis Tools

Search Resources

See Also

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