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Di.aryons: Molecular versus compact hexaquarks

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Chi.ese Physi.s C 2021年第2期45卷 23-38页

作者： H.Clement T.Skorodko physikalisches institut der Uni.ersi.ät Tübi.gen and Kepler Center for Astro and Parti.le Physi.s University of TübingenAuf der Morgenstelle 14D-72076 TübingenGermany

Hexaquarks consti.ute a natural extensi.n of complex quark systems,just as tetra-and pentaquarks *** thi. end,the current status of d^(*)(2380)i. both experi.ent and theory i. *** hi.h-preci.i.n meas-urements i. the nucleon-nucleon channel and analyses thereof have establi.hed d^(*)(2380)as an i.di.putable reson-ance i. the long-sought di.aryon *** features of thi. i.J^(P))=0(3^(+))state are i.s narrow wi.th and deep bi.di.g relati.e to the 0(1232)0(1232)*** decay branchi.gs favor theoreti.al calculati.ns predi.t-i.g a compact hexaquark nature of thi. *** revi.w the current status of experi.ental and theoreti.al studi.s on d^(*)(2380)as well as new physi.s aspects i. may bri.g i. *** addi.i.n,we revi.w the si.uati.n at the 0(1232)N and N^(*)(1440)N thresholds,where evi.ence for a number of resonances of presumably molecular nature has been found-si.i.ar to the si.uati.n i. charmed and beauty ***,we bri.fly di.cuss the si.uati.n of di.aryon searches i. the flavored quark sectors.

关键词： di.aryon hexaquark molecule

An i.troducti.n to molecular spi.troni.s

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Sci.nce Chi.a Chemi.try 2012年第6期55卷 867-882页

作者： Ji.NG ShangDa GOB Kari. CERVETTi.Chri.ti.n BOGANi.Lapo physikalisches institut Universitiit Stuttgart Pfaffenwaldring 57 70550 Stuttgart Germany Max Planck lnsti.ut fi.r Festkoerperforschung Heisenbergstrasse 1 70569 Stuttgart Germany

We revi.w the progress and future possi.i.i.i.s i. the emergi.g area of molecular spi.troni.s. We fi.st provi.e an overvi.w of the di.ferent transport regi.es i. whi.h electroni. nanodevi.es can operate, then bri.fly overvi.w the i.portant characteri.ti.s of molecular magneti. materi.ls that can be useful for appli.ati.n i. spi.troni.s and we eventually present several schemes to i.clude such systems i.to spi.troni. nanodevi.es. We hi.htli.ht the i.portance of a chemi.al approach to the area, and i. the last secti.n we showcase some approaches to the creati.n of hybri.s made of carbon nanostructures and molecular magnets, whi.h are gai.i.g i.creasi.g attenti.n.

关键词： carbon nanostructures molecular spi.troni.s molecular magneti.m quantum transport electroni.nanodevi.es

Spri.ger Handbook of Condensed Matter and Materi.ls Data 2005

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The Boundary States of the q-Deformed Supersymmetri. t-J Model wi.h a Boundary

丛书名： Spri.ger Handbooks

2005年

作者： Werner Marti.nssen Hans Warli.ont

ISBN: (数字)9783540304371

ISBN: (纸本)9783540443766

provi.es a conci.e compi.ati.n of data and functi.nal relati.nshi.s from the fi.lds of soli.-state physi.s and materi.ls i.;1200-page volume. The data, encapsulated i. over 750 tables and 1025 i.lustrati.ns, have been selected and extracted pri.ari.y from the extensi.e hi.h-quali.y data collecti.n Landolt-Börnstei. and also from other systemati. data sources and recent publi.ati.ns of physi.al and techni.al property data. Many chapters are authored by Landolt-Börnstei. edi.ors, i.cludi.g the edi.ors of thi. Spri.ger Handbook.

关键词： Condensed matter.

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Communi.ati.ns i. Theoreti.al Physi.s 2001年第10期36卷 405-412页

作者： YANG Wen-Li.ZHEN Yi institute of Modern Physi.s Northwest University Xi''an 710069 China Physikalisches Institut der Universitat Bonn Nussallee 12 53115 Bonn Germany Institute of Modern Physics Northwest University Xi''an 710069 China

The q-deformed supersymmetri. t J model on a semi.i.fi.i.e latti.e i. di.gonali.ed by usi.g the level-one vertex operators of the quantum affi.e superalgebra Uq[sl(2|1)]. We gi.e the bosoni.ati.n of the boundary states.

关键词： quantum t-J model, bosoni.ati.n, affi.e quantum algebra, boundary states

Self-Assembly of Lumi.escent Twi.ted Fi.ers Based on Achi.al Qui.acri.one Deri.ati.es

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Nano Research 2009年第6期2卷 493-499页

作者： Yunfeng Zhao Yan Fan Xi.oyue Mu Hongze Gao Ji. Wang Ji.gyi.g Zhang Wensheng Yang Li.eng Chi.Yue Wang State Key Laboratory of Supramolecular Structure and Materi.ls College of ChemistryJilin UniversityChangchun 130012China physikalisches institut and Center for Nanotechnology(CeNTech) Universität MünsterMünster 48149Germany

i. i. a great challenge to spontaneously assemble achi.al molecules i.to twi.ted nanostructures i. the absence of chi.al *** we show that two achi.al centrosymmetri. qui.acri.one(QA)deri.ati.es,N,N’-di.n-hexyl)-1,3,8,10-tetramethylqui.acri.one(C6TMQA)and N,N’-di.n-decyl)-1,3,8,10-tetramethylqui.ac ri.one(C10TMQA),can be employed as bui.di.g blocks to fabri.ate well-defi.ned twi.ted nanostructures by controlli.g the solvent composi.i.n and ***-li.e bundles wi.h twi.ted fi.er arms were prepared from C6TMQA,whi.st uni.orm twi.ted fi.ers were generated from C10TMQA i. ethanol/THF *** characteri.ati.n and molecular si.ulati.n calculati.ns revealed that the i.troducti.n of ethanol i.to the soluti.n could i.duce a staggered aggregati.n of C6TMQA(or C10TMQA)molecules and the formati.n of twi.ted *** twi.ted materi.ls generated from achi.al organi. functi.nal molecules may be valuable i. the desi.n and fabri.ati.n of new materi.ls for optoelectroni. appli.ati.ns.

关键词： Twi.ted fi.ber qui.acri.one self-assembly lumi.escence

Computati.nal approaches to substrate-based cell moti.i.y

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npj Computati.nal Materi.ls 2016年第1期2卷 103-118页

作者： Falko Zi.bert i.or S Aranson physikalisches institut Albert-Ludwigs-Universität FreiburgFreiburgGermany institut Charles Sadron CNRS-UPR22StrasbourgFrance Materi.ls Sci.nce Di.i.i.n Argonne National LaboratoryArgonneILUSA Engi.eeri.g Sci.nces and Appli.d Mathemati.s Northwestern UniversityEvanstonILUSA

Substrate-based crawli.g moti.i.y of eukaryoti. cells i. essenti.l for many bi.logi.al functi.ns,both i. developi.g and mature *** dysfuncti.ns are i.volved i. several li.e-threateni.g pathologi.s such as cancer and *** cells are also a natural reali.ati.n of acti.e,self-propelled‘parti.les’,a popular research topi. i. nonequi.i.ri.m ***,from the materi.ls perspecti.e,assembli.s of moti.e cells and evolvi.g ti.sues consti.ute a class of adapti.e self-heali.g materi.ls that respond to the topography,elasti.i.y and surface chemi.try of the envi.onment and react to external *** a comprehensi.e understandi.g of substrate-based cell moti.i.y remai.s elusi.e,progress has been achi.ved recently i. i.s modelli.g on the whole-cell *** we survey the most recent advances i. computati.nal approaches to cell movement and demonstrate how these models i.prove our understandi.g of complex self-organi.ed systems such as li.i.g cells.

关键词： moti.i.y heali.g metastasi.

Teleportati.n wi.h an Arbi.rary Mi.ed Resource as a Trace-Preservi.g Quantum Channel

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Communi.ati.ns i. Theoreti.al Physi.s 2002年第3期38卷 301-304页

作者： Sergi. Albeveri. FEi.Shao-Mi.g YANG Wen-Li institut fi.r Angewandte Mathemati. Universitat Bonn D-53115 Germany Institut fiir Angewandte Mathematik Universitat Bonn D-53115 Germany Department of Mathemati.s Capital Normal University Beijing 100037 China Physikalisches Institut der Universitat Bonn 53115 Bonn Germany institute of Modern Physi.s Northwest University Xi'an 710069 China

General condi.i.ns are gi.en i. order to perform a perfect teleportati.n process i. the case where theHi.bert spaces i.volved have di.ferent di.ensi.ns. An expli.i. expressi.n i. obtai.ed for the quantum channel associ.tedwi.h the standard teleportati.n protocol To wi.h an arbi.rary mi.ed state resource. The transmi.si.n fi.eli.y of thecorrespondi.g quantum channel i. gi.en.

关键词： teleportati.n, fi.eli.y

Heteronuclear Efi.ov resonances i. ultracold quantum gases

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Nati.nal Sci.nce Revi.w 2016年第2期3卷 174-188页

作者： Juri. Ulmani. Stephan Hfner Eva D.Kuhnle Matthi.s Wei.emller physikalisches institut Universitt Heidelberg Hefei.Nati.nal Laboratory for Physi.al Sci.nces at the Mi.roscale and Department of Modern Physi.s and CAS Center for Excellence and Synergetic Innovation Center in Quantum Information and Quantum PhysicsUniversity of Science and Technology of China

The Efi.ov scenari. i. a uni.ersal three-body effect addressi.g many areas of modern quantum *** plays an i.portant role i. the transi.i.n between few- and many-body physi.s and has enabled i.portant breakthroughs i. the understandi.g of the uni.ersal few-body *** revi.w the basi. concepts of the Efi.ov scenari. wi.h speci.i. emphasi. on the si.i.ari.i.s and di.ferences between homonuclear and heteronuclear *** the latter scenari.,the exi.tence of a second,i.dependently tunable i.teracti.n parameter enables novel few-body phenomena that are uni.ersal and have no counterexamples i. the homonuclear *** di.cuss recent experi.ental approaches usi.g ultracold atomi. gases wi.h magneti.ally tunable i.teracti.ns and eluci.ate the role of short-range i.teracti.ns i. the emergence of uni.ersal and non-uni.ersal behavi.r.

关键词： Efi.ov resonances few-body physi.s Feshbach resonances ultracold atoms resonant scatteri.g

Pauli.Radi.s of the Proton

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Chi.ese Physi.s Letters 2021年第12期38卷 1-6页

作者： Zhu-Fang Cui.Dani.le Bi.osi.Crai. D.Roberts Sebasti.n M.Schmi.t School of Physi.s Nanjing UniversityNanjing 210093China institute for Nonperturbati.e Physi.s Nanjing UniversityNanjing 210093China European Centre for Theoreti.al Studi.s i. Nuclear Physi.s and Related Areas Villa TambosiStrada delle Tabarelle 286I-38123 Villazzano(TN)Italy Helmholtz-Zentrum Dresden-Rossendorf Dresden D-01314Germany RWTH Aachen Uni.ersi.y Ⅲ.Physikalisches Institut BAachen D-52074Germany

Usi.g a procedure based on i.terpolati.n vi. conti.ued fracti.ns supplemented by stati.ti.al sampli.g,we analyze proton magneti. form factor data obtai.ed vi. electron+proton scatteri.g on Q^(2)∈[0.027,0.55]GeV^(2)wi.h the goal of determi.i.g the proton magneti. *** approach avoi.s assumpti.ns about the functi.n form used for data i.terpolati.n and ensui.g extrapolati.n onto Q^(2)■0 for extracti.n of the form factor *** thi. way,we fi.d r_(M)=0.817(27)*** the di.ference between proton electri. and magneti. radi. calculated i. thi. way,extant data are seen to be compati.le wi.h the possi.i.i.y that the slopes of the proton Di.ac and Pauli.form factors,F1,2(Q^(2)),are not truly i.dependent observables;to wi.,the di.ference F_(1)’(0)-F_(2)’(0)/κp=[1+Kp]/[4 m_(p)^(2)],vi..,the proton Foldy term.

关键词： i.terpolati.n Pauli conti.ued