摘要：在这里，艺术的魅力在于颠覆——时光倒流，空间错乱，公路围绕音响穿行，胶卷成为通向时光机器的铺路石。看到如此不按常理出牌的画面你是不是想到了大卫·霍克尼（David Hockney，20世纪拼贴艺术代表画家）那些时空错乱的拼贴画亦或是萨尔瓦多·达利（Salvador Dali，超现实主义绘画大师级人物）的经典之作《永恒的记忆》？

摘要：韩国插画师尹艺智（YejiYun）20岁之前从没离开过首尔。一次交换生的机会，让她走出韩国，先后在美国与英国的大学里学习插画。多年海外的学习与工作，不仅开阔了尹艺智的视野，使她勇敢地走上独立创作的道路，更学会用心去感悟自己的人生，用心细腻地收集并整理自己的记忆，通过插画的艺术语言，描绘出一种由时间所构成的精神家园。

摘要：A general response system control method for synchronization of continuous scalar chaotic signal is presented. The proposed canonical genera/response system can cover most of the well-known chaotic systems. Conversely, each of these chaotic systems can Mso be used to construct the genera/response system. Furthermore, a novel controller of the proposed response system is designed based on backstepping technique, with which the output of the genera/response system and the given continuous chaotic signal can synchronize perfectly. Two numerical examples are given to illustrate the effectiveness of the proposed control method.

摘要：在巴黎，时装是一门与绘画，雕塑和建筑相提并论的艺术，辅陈着设计师们天马行空的想象力，而在纽约，时装摈弃了优雅和高贵的装束，到处充满着浓郁的商业气息，从山本耀司设计的Y-3到Francisco Costa设计的Calvin Klein,再到风格大胆时尚牛仔的DIESEL，自由和实用性成为最鲜明的特征。

摘要：在这里，仿佛穿越时空隧道从现代都市去到了具有“尚古”之美的秀发亭榭，秀发亭榭却又以“新贵”之美颠覆了人们对美发环境的刻板印象。

摘要：谈到时间,我们总被告知＂你必须不停地奔跑,才能留在原地＂,但徐汇艺术馆最近展出的《百年上海图画》却提出了不一样的看法。展览呈现了1900-1999年间的一段插画艺术简史,引导观众在时间长河前停下脚步,用另一种眼光感知时间。谈到时间,我们总被告知＂你必须不停地奔跑,才能留在原地＂,但徐汇艺术馆最近展出的《百年上海图画》却提出了不一样的看法。展览呈现了1900-1999年间的一段插画艺术简史。

摘要：钟表是达利最著名的艺术语言之一，流动的钟表，柔软的时间对应空间的扭曲。时间在空间中无限延伸，正如空间在时间里的存在一样，同为世界容器的时间与空间永远难舍难分。其中暗示着无数想象的可能性，在每个时代每个人都会有其不同的解读。艺术穿越时空，也许这就是达利所谓“天才的作品不朽”的理由。

摘要：The centrifugal flywheel governor （CFG） is a mechanical device that automatically controls the speed of an engine and avoids the damage caused by sudden change of load torque. It has been shown that this system exhibits very rich and complex dynamics such as chaos. This paper investigates the problem of robust finite-time synchronization of non-autonomous chaotic CFGs. The effects of unknown parameters, model uncertainties and external disturbances are fully taken into account. First, it is assumed that the parameters of both master and slave CFGs have the same value and a suitable adaptive finite-time controller is designed. Second, two CFGs are synchronized with the parameters of different values via a robust adaptive finite-time control approach. Finally, some numerical simulations are used to demonstrate the effectiveness and robustness of the proposed finite-time controllers.

摘要：Light-front holography leads to a rigorous connection between hadronic amplitudes in a higher dimensional anti-de Sitter(AdS) space and frame-independent light-front wavefunctions of hadrons in(3 + 1)-dimensional physical space-time,thus providing a compelling physical interpretation of the AdS/CFT correspondence principle and AdS/QCD,a useful framework which describes the correspondence between theories in a modified AdS 5 background and confining field theories in physical *** a first semiclassical approximation,where quantum loops and quark masses are not included,this approach leads to a single-variable light-front Schro¨dinger equation which determines the eigenspectrum and the light-front wavefunctions of hadrons for general spin and orbital angular *** coordinate z in AdS space is uniquely identified with a Lorentz-invariant coordinate ζ which measures the separation of the constituents within a hadron at equal light-front *** internal structure of hadrons is explicitly introduced and the angular momentum of the constituents plays a key *** give an overview of the light-front holographic approach to strongly coupled *** particular,we study the photon-to-meson transition form factors(TFFs) FMγ(Q 2) for γ→ M using light-front holographic *** results for the TFFs for the η and η ' mesons are also *** novel features of QCD are discussed,including the consequences of confinement for quark and gluon condensates.A method for computing the hadronization of quark and gluon jets at the amplitude level is outlined.

摘要：设计师小时候很喜欢台湾非常红的一部卡通影集《摩登原始人》，总是好奇远古那些人是怎样生活的？尤其对他们的居所——人类最早生活的容器——溶洞非常感兴趣。本案就是以远古人居住的溶洞为原型，以混沌理论为主要依据对整个建筑进行剖析和分解以定义几何切面的表现形式来对工程进行把控，