superdense,英語單詞,主要用作為形容詞,用作形容詞譯為“超密的”。
基本介紹
- 外文名:superdense
- 英式讀音:[sju:pə'dens]
- 美式讀音:['sjupəˌdens]
- 詞性:形容詞

superdense,英語單詞,主要用作為形容詞,用作形容詞譯為“超密的”。
(2)量子糾纏在傳輸效率中的套用。密集編碼(superdense coding)套用量子糾纏機制來傳送信息,每兩個經典位元的信息,只需要用到一個量子位元,這科技可以使傳送效率加倍。(3)量子糾纏在遠程信息傳輸中的套用。量子隱形傳態套用先前傳送點與接收點分享的兩個量子糾纏子系統與一些經典通訊技術來傳送量子態或量子信息(...
2.3Application:superdensecoding97 2.4Thedensityoperator98 2.4.1Ensemblesofquantumstates99 2.4.2Generalpropertiesofthedensityoperator101 2.4.3Thereduceddensityoperator105 2.5TheSchmidtdecompositionandpurifications109 2.6EPRandtheBellinequality111 3Introductiontocomputerscience120 3.1Modelsforcomputation122 ...
該方案基於量子超密編碼(Quantum Superdense Coding)作為核心技術套用,由安徽大學計算機科學與技術學院王輝、石潤華等學者聯合提出,驗證了超密編碼在盲化信息傳輸中的可行性,並構建了涵蓋授權、簽名生成與驗證的技術框架。2018年研究指出,其技術特徵還可拓展至銀行票據防偽、商品溯源等商業領域。技術實現 完整的實現流程...
量子超密編碼 (SuperdenseCoding)Grover 搜尋算法 (Grover’s Search Algorithm)Deutsch - Jozsa 算法 (Deutsch-Jozsa Algorithm)量子相位估計 - QPE (Quantum Phase Estimation)變分量子態對⻆化 - VQSD (Variational Quantum State Diagonalization)變分量子特徵求解器 - VQE (Variational Quantum Eigensolver)值得注意...
36、Controlled quantum secure direct communicationusing a non-symmetric quantum channel with quantum superdensecoding Yan Xia and He-Shan SOng ,Phys. Lett. A 364, 117 (2007).37、Secure direct communication based on secrettransmitting order of particles Ai-Dong Zhu, Yan Xia, Qiu-Bo Fan, and ...
what happens when the matter is compressed even further so that atomic nuclei overlap to form superdense nuclear matter, as in a neutron star? what happens when nuclear matter is heated to such great temperatures that the nucleons and pions melt into quarks and gluons, as in high-energy nucle...
3.3.1 Superdense coding 3.3.2 Teleportation 3.3.3 Bell's inequality 3.4 Large-scale quantum algorithms 3.4.1 Classical algorithm for Simon's problem 3.4.2 Quantum algorithm for Simon's problem Exercises Bibliography 4 Quantum angular momentum 4.1 Operat...
Zhihao Liu, Hanwu Chen, Wenjie Liu, Juan Xu, Dong Wang, Zhiqiang Li.Quantum secure direct communication with optimal quantum superdense coding by using general four-qubit states.Quantum Information Processing, 2013 12(1): 587-599 (SCI, EI)WOS:000312665200044, Accession number:20130215873367 Zhihao ...
