NSTL国家科技图书文献中心

1. Quantum Computing Catalyzes Future Quantum Networks: Efficiency and Inherent Privacy NSTL国家科技图书文献中心

Keyi Ju | Hui Zhong ... - 《IEEE Network》 - 2025,39(1) - 124～131 - 共8页

摘要： principles of quantum* computing and DP. Additionally, in* | Quantum networks show promise in enhancing the | classical world. Supported by quantum* communication* | , quantum* networks are expected to offer almost* | within quantum* networks is of paramount importance. The*

关键词： Quantum computing | Noise | Quantum networks | Privacy | Protection | Quantum state | Qubit

2. Simulating adiabatic quantum computing with parameterized quantum circuits NSTL国家科技图书文献中心

Kolotouros, Ioannis | Petrongonas, Ioannis ... - 《Quantum Science and Technology》 - 2025,10(1) - 1～24 - 共24页

摘要：Adiabatic quantum* computing is a universal* | model for quantum* computing whose implementation using* | quantum computing that can be implemented in a near-term | a gate-based quantum* computer requires depths that* | parameterized quantum circuit prepares and measures quantum

关键词： hybrid | quantum/classical | early fault-tolerant | adiabatic quantum computing

3. Pedagogical Approach for Quantum Computing in Engineering Education NSTL国家科技图书文献中心

Francisco Orts - 《Computer applications in engineering education》 - 2025,33(2) - e70004.1～e70004.18 - 共18页

摘要： quantum computing for engineering students of the | Master's degree in Quantum* Computing at the International* | . Theoretical and practical concepts of quantum computation | students can acquire the basic concepts of quantum | computing in a context in which they have no knowledge of

关键词： engineering education | quantum circuits | quantum computing | quantum education | teaching approach

4. MQT Predictor: Automatic Device Selection with Device-Specific Circuit Compilation for Quantum Computing NSTL国家科技图书文献中心

NILS QUETSCHLICH | LUKAS BURGHOLZER ... - 《ACM Transactions on Quantum Computing》 - 2025,6(1) - 10.1～10.26 - 共26页

摘要：, especially end-users who are not quantum* computing experts* | Fueled by recent accomplishments in quantum | computing hardware and software, an increasing number of | . Similarly to classical computing, realizing an application | on a particular quantum* device requires the*

关键词： Quantum circuit compilation | quantum device selection | machine learning for quantum computing | quantum computing software

5. Quantum Computing for Antennas and Propagation Problems: A gentle introduction. NSTL国家科技图书文献中心

Marco Donald Miglior... - 《IEEE Antennas & Propagation Magazine》 - 2025,67(1) - 10～18 - 共9页

摘要：Quantum computing is a cutting-edge paradigm | technology, quantum* computing has advantages and* | quantum mechanics to perform calculations. It has | introduction to the fundamental principles of quantum | computing, delving into the strengths and limitations

关键词： Quantum computing | Quantum system | Qubit | Quantum state | Eigenvalues and eigenfunctions | Quantum mechanics | Computers | Wave functions | Energy measurement | Data processing

6. In-Network Quantum Computing for Future 6G Networks NSTL国家科技图书文献中心

Urgelles, Helen | Maheshwari, Shivam ... - 《Advanced Quantum Technologies》 - 2025,8(2) - 2300334.1～2300334.12 - 共12页

摘要： technologies, quantum* computing is evolving rapidly due to* | its inherent advantages from quantum* mechanics* | compensatory perspective, the convergence of 6G and quantum | computing while concurrently considering the Sustainable | In light of the imperative for expeditious

关键词： 6G | quantum computing | sustainable development goals | wireless communication

7. Quantum computing with error mitigation for data-driven computational homogenization NSTL国家科技图书文献中心

Kuang Z. | Xu Y.... - 《Composite structures》 - 2025,351(Jan.) - 1.1～1.15 - 共15页

摘要： physics and mechanics, quantum* computing is showing its* | integrate error-mitigated quantum* computing in data-driven* | reliability of quantum* computing. Specifically, ZNE is* | presents a promising step towards using quantum computing | , quantum* hardware noise remains a critical barrier to*

关键词： Data-driven computational homogenization | Distance calculation | Error mitigation | Quantum computing | Zero-noise extrapolation

8. Quantum Computing: A Tool for Zero-Trust Wireless Networks NSTL国家科技图书文献中心

Ahmed Farouk | Saif Al-Kuwari ... - 《IEEE Network》 - 2025,39(1) - 140～148 - 共9页

摘要：. Unfortunately, quantum* computing has the potential to break* | integration of various quantum* components as potential* | different quantum* machine learning (QML) algorithms have* | classical. Quantum* identity authentication (QIA) and* | quantum communication protocols leverage quantum

关键词： Security | Quantum computing | Quantum entanglement | Authentication | Cryptography | Computational modeling | Wireless networks

9. Quantum computing and quantum-inspired techniques for feature subset selection: a review NSTL国家科技图书文献中心

Mandal, Ashis Kumar | Chakraborty, Basabi - 《Knowledge and information systems》 - 2025,67(3) - 2019～2061 - 共43页

摘要： rise of quantum* computing has led to the exploration* | -inspired metaheuristics and quantum* computing paradigms* | advantages offered by quantum* computing. The quantum-based* | . Given the rapid evolution of quantum computing | feature subset selection as quantum* computing resources*

关键词： Quantum computing | Feature subset selection | Quantum-inspired metaheuristic | Quantum annealing | Quantum Approximate Optimization Algorithm

10. Prioritizing quantum computing use cases in the drug discovery and development pipeline NSTL国家科技图书文献中心

Kovyrshin, Arseny | Tornberg, Lars ... - 《Drug discovery today》 - 2025,30(3) - Article 104323～Article 104323 - 共4页

摘要：Recent innovations in quantum computing | quantum computing on the drug discovery and development | apply quantum* computing algorithms. Finally, we offer* | from quantum* computation. We identify and discuss* | specific classes of quantum* chemistry problems that*

摘要： principles of quantum* computing and DP. Additionally, in* | Quantum networks show promise in enhancing the | classical world. Supported by quantum* communication* | , quantum* networks are expected to offer almost* | within quantum* networks is of paramount importance. The*

关键词： Quantum computing | Noise | Quantum networks | Privacy | Protection | Quantum state | Qubit

摘要：Adiabatic quantum* computing is a universal* | model for quantum* computing whose implementation using* | quantum computing that can be implemented in a near-term | a gate-based quantum* computer requires depths that* | parameterized quantum circuit prepares and measures quantum

关键词： hybrid | quantum/classical | early fault-tolerant | adiabatic quantum computing

摘要： quantum computing for engineering students of the | Master's degree in Quantum* Computing at the International* | . Theoretical and practical concepts of quantum computation | students can acquire the basic concepts of quantum | computing in a context in which they have no knowledge of

关键词： engineering education | quantum circuits | quantum computing | quantum education | teaching approach

摘要：, especially end-users who are not quantum* computing experts* | Fueled by recent accomplishments in quantum | computing hardware and software, an increasing number of | . Similarly to classical computing, realizing an application | on a particular quantum* device requires the*

关键词： Quantum circuit compilation | quantum device selection | machine learning for quantum computing | quantum computing software

摘要：Quantum computing is a cutting-edge paradigm | technology, quantum* computing has advantages and* | quantum mechanics to perform calculations. It has | introduction to the fundamental principles of quantum | computing, delving into the strengths and limitations

关键词： Quantum computing | Quantum system | Qubit | Quantum state | Eigenvalues and eigenfunctions | Quantum mechanics | Computers | Wave functions | Energy measurement | Data processing

摘要： technologies, quantum* computing is evolving rapidly due to* | its inherent advantages from quantum* mechanics* | compensatory perspective, the convergence of 6G and quantum | computing while concurrently considering the Sustainable | In light of the imperative for expeditious

关键词： 6G | quantum computing | sustainable development goals | wireless communication

关键词： Data-driven computational homogenization | Distance calculation | Error mitigation | Quantum computing | Zero-noise extrapolation

摘要：. Unfortunately, quantum* computing has the potential to break* | integration of various quantum* components as potential* | different quantum* machine learning (QML) algorithms have* | classical. Quantum* identity authentication (QIA) and* | quantum communication protocols leverage quantum

关键词： Security | Quantum computing | Quantum entanglement | Authentication | Cryptography | Computational modeling | Wireless networks

摘要： rise of quantum* computing has led to the exploration* | -inspired metaheuristics and quantum* computing paradigms* | advantages offered by quantum* computing. The quantum-based* | . Given the rapid evolution of quantum computing | feature subset selection as quantum* computing resources*

关键词： Quantum computing | Feature subset selection | Quantum-inspired metaheuristic | Quantum annealing | Quantum Approximate Optimization Algorithm

摘要：Recent innovations in quantum computing | quantum computing on the drug discovery and development | apply quantum* computing algorithms. Finally, we offer* | from quantum* computation. We identify and discuss* | specific classes of quantum* chemistry problems that*

关键词： drug discovery and development | quantum computing | quantum chemistry | molecular interactions

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： principles of quantum computing and DP. Additionally, in | Quantum networks show promise in enhancing the | classical world. Supported by quantum communication | , quantum networks are expected to offer almost | within quantum networks is of paramount importance. The

关键词： Quantum computing | Noise | Quantum networks | Privacy | Protection | Quantum state | Qubit

摘要：Adiabatic quantum computing is a universal | model for quantum computing whose implementation using | quantum computing that can be implemented in a near-term | a gate-based quantum computer requires depths that | parameterized quantum circuit prepares and measures quantum

关键词： hybrid | quantum/classical | early fault-tolerant | adiabatic quantum computing

摘要： quantum computing for engineering students of the | Master's degree in Quantum Computing at the International | . Theoretical and practical concepts of quantum computation | students can acquire the basic concepts of quantum | computing in a context in which they have no knowledge of

关键词： engineering education | quantum circuits | quantum computing | quantum education | teaching approach

摘要：, especially end-users who are not quantum computing experts | Fueled by recent accomplishments in quantum | computing hardware and software, an increasing number of | . Similarly to classical computing, realizing an application | on a particular quantum device requires the

关键词： Quantum circuit compilation | quantum device selection | machine learning for quantum computing | quantum computing software

摘要：Quantum computing is a cutting-edge paradigm | technology, quantum computing has advantages and | quantum mechanics to perform calculations. It has | introduction to the fundamental principles of quantum | computing, delving into the strengths and limitations

关键词： Quantum computing | Quantum system | Qubit | Quantum state | Eigenvalues and eigenfunctions | Quantum mechanics | Computers | Wave functions | Energy measurement | Data processing

摘要： technologies, quantum computing is evolving rapidly due to | its inherent advantages from quantum mechanics | compensatory perspective, the convergence of 6G and quantum | computing while concurrently considering the Sustainable | In light of the imperative for expeditious

关键词： 6G | quantum computing | sustainable development goals | wireless communication

关键词： Data-driven computational homogenization | Distance calculation | Error mitigation | Quantum computing | Zero-noise extrapolation

摘要：. Unfortunately, quantum computing has the potential to break | integration of various quantum components as potential | different quantum machine learning (QML) algorithms have | classical. Quantum identity authentication (QIA) and | quantum communication protocols leverage quantum

关键词： Security | Quantum computing | Quantum entanglement | Authentication | Cryptography | Computational modeling | Wireless networks

摘要： rise of quantum computing has led to the exploration | -inspired metaheuristics and quantum computing paradigms | advantages offered by quantum computing. The quantum-based | . Given the rapid evolution of quantum computing | feature subset selection as quantum computing resources

关键词： Quantum computing | Feature subset selection | Quantum-inspired metaheuristic | Quantum annealing | Quantum Approximate Optimization Algorithm

摘要：Recent innovations in quantum computing | quantum computing on the drug discovery and development | apply quantum computing algorithms. Finally, we offer | from quantum computation. We identify and discuss | specific classes of quantum chemistry problems that

关键词： drug discovery and development | quantum computing | quantum chemistry | molecular interactions

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： principles of quantum* computing and DP. Additionally, in* | Quantum networks show promise in enhancing the | classical world. Supported by quantum* communication* | , quantum* networks are expected to offer almost* | within quantum* networks is of paramount importance. The*

摘要：Adiabatic quantum* computing is a universal* | model for quantum* computing whose implementation using* | quantum computing that can be implemented in a near-term | a gate-based quantum* computer requires depths that* | parameterized quantum circuit prepares and measures quantum

摘要： quantum computing for engineering students of the | Master's degree in Quantum* Computing at the International* | . Theoretical and practical concepts of quantum computation | students can acquire the basic concepts of quantum | computing in a context in which they have no knowledge of

摘要：, especially end-users who are not quantum* computing experts* | Fueled by recent accomplishments in quantum | computing hardware and software, an increasing number of | . Similarly to classical computing, realizing an application | on a particular quantum* device requires the*

摘要：Quantum computing is a cutting-edge paradigm | technology, quantum* computing has advantages and* | quantum mechanics to perform calculations. It has | introduction to the fundamental principles of quantum | computing, delving into the strengths and limitations

摘要： technologies, quantum* computing is evolving rapidly due to* | its inherent advantages from quantum* mechanics* | compensatory perspective, the convergence of 6G and quantum | computing while concurrently considering the Sustainable | In light of the imperative for expeditious

摘要： rise of quantum* computing has led to the exploration* | -inspired metaheuristics and quantum* computing paradigms* | advantages offered by quantum* computing. The quantum-based* | . Given the rapid evolution of quantum computing | feature subset selection as quantum* computing resources*

摘要：Recent innovations in quantum computing | quantum computing on the drug discovery and development | apply quantum* computing algorithms. Finally, we offer* | from quantum* computation. We identify and discuss* | specific classes of quantum* chemistry problems that*