View source for Quantum Computing patent applications on 14th August 2025

= Quantum Computing Patent Applications on 14th August 2025 =

== Executive Summary ==

On 14th August 2025, '''{{formatnum:14}}''' 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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* '''[[Microsoft Technology Licensing LLC patent applications on 14th August 2025|Microsoft Technology Licensing LLC]]''': 2 applications (14.3% of Quantum Computing patents)
* '''[[Classiq Technologies Ltd patent applications on 14th August 2025|Classiq Technologies Ltd]]''': 1 applications (7.1% of Quantum Computing patents)
* '''[[Google LLC patent applications on 14th August 2025|Google LLC]]''': 1 applications (7.1% of Quantum Computing patents)
* '''[[Anyon Systems Inc patent applications on 14th August 2025|Anyon Systems Inc]]''': 1 applications (7.1% of Quantum Computing patents)
* '''[[Rigetti & Co Llc patent applications on 14th August 2025|Rigetti & Co Llc]]''': 1 applications (7.1% of Quantum Computing patents)

These 5 organizations account for 6 applications (42.9% 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:

* '''[[CPC G06N10/20|G06N10/20]]''' (Models of quantum computing, e.g. quantum circuits or universal quantum computers): 5 applications (35.7%)
* '''[[CPC G06N10/60|G06N10/60]]''' (Quantum algorithms, e.g. based on quantum optimisation, quantum Fourier or Hadamard transforms): 5 applications (35.7%)
* '''[[CPC G06N10/40|G06N10/40]]''' (Physical realisations or architectures of quantum processors or components for manipulating qubits, e.g. qubit coupling or qubit control): 4 applications (28.6%)
* '''[[CPC G06N10/70|G06N10/70]]''' (Quantum error correction, detection or prevention, e.g. surface codes or magic state distillation): 2 applications (14.3%)
* '''[[CPC G06F11/3698|G06F11/3698]]''' (Preventing errors by testing or debugging software): 1 applications (7.1%)
* '''[[CPC G06F11/3696|G06F11/3696]]''' ({Methods or tools to render software testable}): 1 applications (7.1%)
* '''[[CPC G06N10/00|G06N10/00]]''' (Quantum computing, i.e. information processing based on quantum-mechanical phenomena): 1 applications (7.1%)
* '''[[CPC G06N20/00|G06N20/00]]''' (Machine learning): 1 applications (7.1%)
* '''[[CPC G06Q30/0201|G06Q30/0201]]''' (Market modelling; Market analysis; Collecting market data): 1 applications (7.1%)
* '''[[CPC G16C20/50|G16C20/50]]''' (Molecular design, e.g. of drugs): 1 applications (7.1%)

== Global Innovation Landscape ==

Innovation in Quantum Computing spans multiple countries:

* '''[[Inventors from US|US]]''': 18 inventors (43.9%)
* '''[[Inventors from CN|CN]]''': 6 inventors (14.6%)
* '''[[Inventors from IL|IL]]''': 5 inventors (12.2%)
* '''[[Inventors from SG|SG]]''': 3 inventors (7.3%)
* '''[[Inventors from GB|GB]]''': 3 inventors (7.3%)
* '''[[Inventors from CA|CA]]''': 2 inventors (4.9%)
* '''[[Inventors from SE|SE]]''': 2 inventors (4.9%)
* '''[[Inventors from DK|DK]]''': 1 inventors (2.4%)
* '''[[Inventors from FI|FI]]''': 1 inventors (2.4%)

The US accounts for 43.9% of inventors in Quantum Computing, showing significant but not dominant innovation activity.

== Industry Collaborations ==

Notable collaborations in Quantum Computing include:

* '''[[Ohio State Innovation Foundation patent applications on 14th August 2025|Ohio State Innovation Foundation]]''' × '''[[The Administrators Of The Tulane Educational Fund ("Tu") patent applications on 14th August 2025|The Administrators Of The Tulane Educational Fund ("Tu")]]''': 1 joint applications
* '''[[Ohio State Innovation Foundation patent applications on 14th August 2025|Ohio State Innovation Foundation]]''' × '''[[The Curators Of The University Of Missouri Through Its University Constituent The University Of patent applications on 14th August 2025|The Curators Of The University Of Missouri Through Its University Constituent The University Of]]''': 1 joint applications
* '''[[The Administrators Of The Tulane Educational Fund ("Tu") patent applications on 14th August 2025|The Administrators Of The Tulane Educational Fund ("Tu")]]''' × '''[[The Curators Of The University Of Missouri Through Its University Constituent The University Of patent applications on 14th August 2025|The Curators Of The University Of Missouri Through Its University Constituent The University Of]]''': 1 joint applications

These collaborations represent 3 joint applications, indicating emerging collaboration trends in Quantum Computing.

== Leading Inventors ==

Key inventors driving Quantum Computing innovation:

* '''[[:Category:Larry_Lim_Kheng_Cheong_of_Singapore_SG|Larry Lim Kheng Cheong of Singapore SG]]''': 2 applications
* '''[[:Category:Amir_NAVEH_of_Haifa_IL|Amir NAVEH of Haifa IL]]''': 1 applications
* '''[[:Category:Shmuel_UR_of_Shorashim_IL|Shmuel UR of Shorashim IL]]''': 1 applications
* '''[[:Category:Nir_MINERBI_of_Haifa_IL|Nir MINERBI of Haifa IL]]''': 1 applications
* '''[[:Category:Ofek_KIRZNER_of_Haifa_IL|Ofek KIRZNER of Haifa IL]]''': 1 applications
* '''[[:Category:Lior_GAZIT_of_Tel-Aviv_IL|Lior GAZIT of Tel-Aviv IL]]''': 1 applications
* '''[[:Category:Jarrod_Ryan_McClean_of_Underwood_WA_US|Jarrod Ryan McClean of Underwood WA US]]''': 1 applications
* '''[[:Category:Hsin-Yuan_Huang_of_Pasadena_CA_US|Hsin-Yuan Huang of Pasadena CA US]]''': 1 applications
* '''[[:Category:Michael_Blythe_Broughton_of_Santa_Barbara_CA_US|Michael Blythe Broughton of Santa Barbara CA US]]''': 1 applications
* '''[[:Category:Alireza_Najafi-Yazdi_of_Vaudreuil-Dorion_CA|Alireza Najafi-Yazdi of Vaudreuil-Dorion CA]]''': 1 applications

== Recent Patent Applications ==

Representative Quantum Computing patent applications from 14th August 2025:

=== 20250258762. SETTING A QUANTUM STATE ON A QUBIT ===
'''Applicant:''' [[Classiq Technologies Ltd patent applications on 14th August 2025|Classiq Technologies Ltd]]

'''Abstract:''' An apparatus, method, and system comprising: a quantum computer that is configured to execute a parametric quantum circuit a plurality of times, the parametric quantum circuit comprising: a qubit with an unknown quantum state at an initial cycle of the parametric quantum circuit, an ansatz parametric circuit for receiving the unknown quantum state and outputting a processed quantum state, and a detection sub-circuit for indicating a distance measure of the processed quantum state from a target s...

=== 20250259087. Reconfigurable Quantum Arrays and Quantum Memory for Learning ===
'''Applicant:''' [[Google LLC patent applications on 14th August 2025|Google LLC]]

'''Abstract:''' A quantum system can include a reconfigurable array of quantum sensors; and one or more processors configured to perform operations, the operations including: configuring the quantum system including the reconfigurable array of quantum sensors; obtaining a signal from a quantum sensor exposed to a signal for a period of time; transducing at least one state of the quantum sensor into quantum memory; encoding the at least one transduced state using an error-correcting code; processing the encoded ...

=== 20250259088. Observer Collapse Control Systems for Quantum Memory, Biofeedback, and AI-Guided Interference Applications ===
'''Abstract:''' This invention presents a systems-level application of observer-induced collapse theory, enabling targeted localization of quantum states using engineered observer wavefunctions across three domains: quantum memory control, biological feedback systems, and AI-guided collapse operations. Building upon the Modified Schrödinger Equation (MSE), collapse is modeled as a curvature-driven localization event initiated by dynamic convergence between an external observer wave Ψ

=== 20250259089. QUANTUM CONTROLLER FOR QUANTUM COMPUTING SYSTEM ===
'''Applicant:''' [[Anyon Systems Inc patent applications on 14th August 2025|Anyon Systems Inc]]

'''Abstract:''' There is described a quantum controller for interfacing between a host computer and a quantum processing unit (QPU) having a plurality of qubits. The quantum controller comprises signal processing hardware configured for transforming instructions from the host computer into control signals readable by the QPU, the signal processing hardware comprising programmable logic and signal conversion circuits; hardware accelerator components dedicated to tasks offloaded from the programmable logic, the h...

=== 20250259090. Wave-Induced Collapse Systems and Observer Interference Framework for Resolving Foundational Quantum Paradoxes ===
'''Abstract:''' This Continuation-in-Part extends the wave-interference-based collapse model first proposed in the Modified Schrödinger Equation (MSE) framework to five foundational quantum phenomena: tunneling, entanglement, measurement collapse, time asymmetry, and the resolution of Many-Worlds interpretations. The invention models collapse as a physical consequence of interference between the observer wave and the quantum system wavefunction, characterized by a curvature-based localization mechanism. This fr...

== Market Implications ==

=== Innovation Intensity ===

The 14 applications indicate emerging innovation activity in Quantum Computing, reflecting early-stage development and experimental research.

=== Competitive Landscape ===

Innovation in Quantum Computing involves 12 organizations, suggesting a concentrated field with specialized players.

=== Technology Outlook ===

Emerging themes in Quantum Computing patents include: quantum, computer, from, computing, metal, 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 14th August 2025|Medical Devices]]: 437 applications
* [[Semiconductors patent applications on 14th August 2025|Semiconductors]]: 409 applications
* [[5G Technology patent applications on 14th August 2025|5G Technology]]: 229 applications
* [[Cybersecurity patent applications on 14th August 2025|Cybersecurity]]: 225 applications
* [[Internet of Things patent applications on 14th August 2025|Internet of Things]]: 171 applications
* [[Generative AI patent applications on 14th August 2025|Generative AI]]: 165 applications
* [[Renewable Energy patent applications on 14th August 2025|Renewable Energy]]: 162 applications
* [[Environmental Tech patent applications on 14th August 2025|Environmental Tech]]: 133 applications

== Analysis Tools ==

=== Search Resources ===

* [[Special:Search/Quantum Computing patents from 14th August 2025|Search all Quantum Computing patents from 14th August 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 Patent Applications]]
[[Category:Technology Trends 2025]]
[[Category:Patent Applications 14th August 2025]]
[[Category:Weekly Reports 2025]]