FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3189250281> ?p ?o ?g. }

• W3189250281 endingPage "644" @default.
• W3189250281 startingPage "625" @default.
• W3189250281 abstract "Applications such as simulating complicated quantum systems or solving large-scale linear algebra problems are very challenging for classical computers, owing to the extremely high computational cost. Quantum computers promise a solution, although fault-tolerant quantum computers will probably not be available in the near future. Current quantum devices have serious constraints, including limited numbers of qubits and noise processes that limit circuit depth. Variational quantum algorithms (VQAs), which use a classical optimizer to train a parameterized quantum circuit, have emerged as a leading strategy to address these constraints. VQAs have now been proposed for essentially all applications that researchers have envisaged for quantum computers, and they appear to be the best hope for obtaining quantum advantage. Nevertheless, challenges remain, including the trainability, accuracy and efficiency of VQAs. Here we overview the field of VQAs, discuss strategies to overcome their challenges and highlight the exciting prospects for using them to obtain quantum advantage. The advent of commercial quantum devices has ushered in the era of near-term quantum computing. Variational quantum algorithms are promising candidates to make use of these devices for achieving a practical quantum advantage over classical computers." @default.
• W3189250281 created "2021-08-16" @default.
• W3189250281 creator A5012132706 @default.
• W3189250281 creator A5022166378 @default.
• W3189250281 creator A5023528725 @default.
• W3189250281 creator A5035558241 @default.
• W3189250281 creator A5055647978 @default.
• W3189250281 creator A5059699271 @default.
• W3189250281 creator A5065899096 @default.
• W3189250281 creator A5074921335 @default.
• W3189250281 creator A5082360196 @default.
• W3189250281 creator A5088973719 @default.
• W3189250281 creator A5090412627 @default.
• W3189250281 date "2021-08-12" @default.
• W3189250281 modified "2023-10-18" @default.
• W3189250281 title "Variational quantum algorithms" @default.
• W3189250281 cites W1409569118 @default.
• W3189250281 cites W1492999010 @default.
• W3189250281 cites W1860626550 @default.
• W3189250281 cites W1988369744 @default.
• W3189250281 cites W2023789062 @default.
• W3189250281 cites W2027003240 @default.
• W3189250281 cites W2032292489 @default.
• W3189250281 cites W2040792108 @default.
• W3189250281 cites W2052891002 @default.
• W3189250281 cites W2070375169 @default.
• W3189250281 cites W2072969317 @default.
• W3189250281 cites W2078252301 @default.
• W3189250281 cites W2103794950 @default.
• W3189250281 cites W2124289529 @default.
• W3189250281 cites W2129872856 @default.
• W3189250281 cites W2161685427 @default.
• W3189250281 cites W2254754114 @default.
• W3189250281 cites W2257937122 @default.
• W3189250281 cites W2297918601 @default.
• W3189250281 cites W2478948476 @default.
• W3189250281 cites W2559394418 @default.
• W3189250281 cites W2560386163 @default.
• W3189250281 cites W2562526363 @default.
• W3189250281 cites W2578080479 @default.
• W3189250281 cites W2754868542 @default.
• W3189250281 cites W2755255888 @default.
• W3189250281 cites W2761673598 @default.
• W3189250281 cites W2769838435 @default.
• W3189250281 cites W2781738013 @default.
• W3189250281 cites W2784994528 @default.
• W3189250281 cites W2790388700 @default.
• W3189250281 cites W2792946961 @default.
• W3189250281 cites W2794444783 @default.
• W3189250281 cites W2796293949 @default.
• W3189250281 cites W2797767079 @default.
• W3189250281 cites W2798434869 @default.
• W3189250281 cites W2803208764 @default.
• W3189250281 cites W2808972567 @default.
• W3189250281 cites W2810721533 @default.
• W3189250281 cites W2811032035 @default.
• W3189250281 cites W2885253165 @default.
• W3189250281 cites W2888094667 @default.
• W3189250281 cites W2888228864 @default.
• W3189250281 cites W2895777514 @default.
• W3189250281 cites W2896712926 @default.
• W3189250281 cites W2897217696 @default.
• W3189250281 cites W2902420940 @default.
• W3189250281 cites W2903199027 @default.
• W3189250281 cites W2903221501 @default.
• W3189250281 cites W2905003072 @default.
• W3189250281 cites W2907241261 @default.
• W3189250281 cites W2907242142 @default.
• W3189250281 cites W2907827190 @default.
• W3189250281 cites W2923370183 @default.
• W3189250281 cites W2923481626 @default.
• W3189250281 cites W2926552232 @default.
• W3189250281 cites W2939513517 @default.
• W3189250281 cites W2942903016 @default.
• W3189250281 cites W2949453985 @default.
• W3189250281 cites W2950610874 @default.
• W3189250281 cites W2952384119 @default.
• W3189250281 cites W2954292307 @default.
• W3189250281 cites W2954369586 @default.
• W3189250281 cites W2956731923 @default.
• W3189250281 cites W2962767882 @default.
• W3189250281 cites W2963198496 @default.
• W3189250281 cites W2963239445 @default.
• W3189250281 cites W2964421692 @default.
• W3189250281 cites W2969454111 @default.
• W3189250281 cites W2969592673 @default.
• W3189250281 cites W2972032089 @default.
• W3189250281 cites W2972223037 @default.
• W3189250281 cites W2975429865 @default.
• W3189250281 cites W2979788593 @default.
• W3189250281 cites W2981524394 @default.
• W3189250281 cites W2981920486 @default.
• W3189250281 cites W2989573127 @default.
• W3189250281 cites W2990961515 @default.
• W3189250281 cites W2995057155 @default.
• W3189250281 cites W2996682177 @default.
• W3189250281 cites W3000216880 @default.
• W3189250281 cites W3000624483 @default.

• next