'The scientific techniques described encompass relevant examples of forgery detection and of authentication. The book deals, to name a few, with the Chagall, the Jackson Pollock and the Beltracchi affairs and discusses the Isleworth Mona Lisa as well as La Bella Principessa both thought to be a Leonardo creation. The authentication, amongst others, of two van Gogh paintings, of Vermeer's St Praxedis, of Leonardo's Lady with an Ermine and of Rembrandt's Old Man with a Beard are also described.'Over the last few decades there has been a disconcerting increase in the number of forged paintings. In retaliation, there has been a rise in the use, efficiency and ability of scientific techniques to detect these forgeries. The scientist has waged war on the forger.The Scientist and the Forger describes the cutting-edge and traditional weapons in this battle, showing how they have been applied to the most notorious cases. The book also provides fresh insights into the psychology of both the viewer and the forger, shedding light on why the discovery that a work of art is a forgery makes us view it so differently and providing a gripping analysis of the myriad motivations behind the most egregious incursions into deception.The book concludes by discussing the pressing problems faced by the art world today, stressing the importance of using appropriate tools for a valid verdict on authenticity. Written in an approachable and amenable style, the book will make fascinating reading for non-specialists, art historians, curators and scientists alike.

This book constitutes the refereed proceedings of the 31st Annual International Conference on the Theory and Applications of Cryptographic Techniques, EUROCRYPT 2012, held in Cambgridge, UK, in April 2012. The 41 papers, presented together with 2 invited talks, were carefully reviewed and selected from 195 submissions. The papers are organized in topical sections on index calculus, symmetric constructions, secure computation, protocols, lossy trapdoor functions, tools, symmetric cryptanalysis, fully homomorphic encryption, asymmetric cryptanalysis, efficient reductions, public-key schemes, security models, and lattices.

The Sinitic Civilization A Factual History through the Lens of Archaeology, Bronzeware, Astronomy, Divination, Calendar and the Annals The book covered the time span of history of the Sinitic civilization from antiquity, to the 3rd millennium B.C. to A.D. 85. A comprehensive review of history related to the Sinitic cosmological, astronomical, astrological, historical, divinatory, and geographical developments was given. All ancient Chinese calendars had been examined, with the ancient thearchs’ dates examined from the perspective how they were forged or made up. The book provides the indisputable evidence regarding the fingerprint of the forger for the 3rd century A.D. book Shangshu (remotely ancient history), and close to 50 fingerprints of the forger of the contemporary version of The Bamboo Annals. Using the watershed line of Qin Emperor Shihuangdi’s book burning of 213 B.C., the book rectified what was the original history before the book burning, filtered out what was forged after the book burning, sorted out the sophistry and fables that were rampant just prior to the book burning, and validated the history against the records in the oracle bones, bronzeware, and bamboo slips. The book covers 95-98% and more of the contents in the two ancient history annals of The Spring Autumn Annals and The Bamboo Annals. There are dedicated chapters devoted to interpreting Qu Yuan’s poem Asking Heaven (Tian Wen), the mythical book The Legends of Mountains & Seas (Shan Hai Jing), geography book Lord Yu’s Tributes (Yu Gong), and Zhou King Muwang’s Travelogue (Mu-tian-zi Zhuan). The book has appendices of two calendars: the first anterior quarter remainder calendar (247 B.C.-104 B.C./247 B.C.-85 A.D.) of the Qin Empire, as well as a conversion table of the sexagenary years of the virtual Yin-li (Shang dynasty) quarter remainder calendar versus the Gregorian calendar, that covers the years 2698 B.C. to 2018 A.D. Book I stops about the midpoint of the 242 years covered in Confucius’ abridged book The Spring & Autumn Annals (722-481 B.C.). Book II stops at Han Emperor Zhangdi (Liu Da, reign A.D. 76-88; actual reign Aug of A.D. 75-Feb of A.D. 88), with the A.D. 85 adoption of the Sifen-li posterior quarter remainder calendar premised on reverting to the sexagenary years of the virtual Yin-li (Shang dynasty) quarter remainder calendar, a calendar disconnected from the Jupiter’s chronogram, that was purportedly invented by the Confucians on basis of Confucius’ identifying the ‘qi-lin’ divine giraffe animal and wrapping up the masterpiece The Spring & Autumn Annals two years prior to death.

This book constitutes the refereed proceedings of the first International Theory of Cryptography Conference, TCC 2004, held in Cambridge, MA, USA in February 2004. The 28 revised full papers presented were carefully reviewed and selected from 70 submissions. The papers constitute a unique account of original research results on theoretical and foundational topics in cryptography; they deal with the paradigms, approaches, and techniques used to conceptualize, define, and provide solutions to natural cryptographic problems.