The most fundamental proposition of Hegel's philosophy is that there is an inherent identity between thinking and existence. This proposition reveals in capsule form the idealistic system and dialectical contradiction of Hegel's philosophy. It is precisely through this proposition that in his most extremely conservative philosophy Hegel conceals revolution and reflects the just emerging demands of the capitalist class in early nineteenth century Germany.

By melodic landscape, this paper points to natural milieus such as mountains whose motifs are caught up in contrapuntal relations. With Merleau-Ponty, the structure of the world is a symphony, and the production of life which implicates both organism and environment as unfurling of Umwelt is ‘a melody that sings itself’. For the Chinese culture, mountains have been deemed virtuous in Confucianism, immortal by Daoists, and spiritual for a Buddhist to reach a substrate level of pure stream of a-subjective consciousness. (...) A Chinese painter-poet within the ‘mountain-water’ genre would consider mountains as performance of events, a concert of vibration of light, shape and sound, movement and rest. Insofar as art is to create energy transfer, Chinese artists of mountains aim at concerting with nature as organised by rhythms and conspecifics, unfolding contrapuntal melodies with all kinds of counterpoints. As Deleuze and Guattari's notion of refrains are the three forces or tempos of chaos, earth and world confronting/converging one another, this paper endeavours to find out, first, how Deleuze and Guattari's geological, organic and alloplastic stratifications can be put alongside mountains, animals, plants and arts, and second, how this notion can contribute to our new appreciation of the way Chinese mountains in arts can give out music. (shrink)

Blockchain technology applied to cryptocurrencies is the dominant factor in maintaining the security of cryptocurrencies. This article reviews the technological implementation of cryptocurrency and the security and stability of cryptocurrency and analyzes the security support from blockchain technology and its platforms based on empirical case studies. Our results show that the security support from blockchain technology platforms is significantly insufficient and immature. In addition, we further Zyskind and Nathan and Choi and find that the top ten platforms play critical roles (...) in security support and have significant advantages in terms of funds, duration, and human resources. Moreover, these platforms provide computational resources and benefits to the consensus algorithm selection for blockchain practitioners. Second, encryption ensures the security of cryptocurrencies. On the one hand, the digital signatures identify the identity of the signatory and the transaction. However, the principle of the hash algorithm confirms ownership. Meanwhile, SHA256 is infeasible to compute in the reverse direction and is difficult to attack. Furthermore, the records in the blockchain can be queried by every participant, making the system information transparent and open reliable. Third, compared to the study of Fu and Fang 2016, we find that the blockchain structure is composed of security components and basic components of six layers that are independent and cannot be extended completely and have a certain coupling among them. Fourth, the underlying ledger structures of Bitcoin and DAG are highly correlated to their security. Specifically, we follow Sompolinsky et al. and detect that the structure of SPECTRE ensures network security and robustness from its block production, conflict resolution, and generated trusted transaction sets. Meanwhile, the voting algorithm of SPECTRE makes resolving conflicting transactions by calculating votes and ensuring the transaction information that is virtually unable to be tampered with possible. In particular, the security calculation power of SPECTRE can reach 51% and resist “double-spend attacks” and “censorship attacks” effectively. In addition, the RDL framework of SPECTRE achieves security confirmation of transferring funds. Moreover, PHANTOM identifies evil blocks by employing block connectivity analysis and ensures its security. Eventually, we also expand the studies of and compare the basic characteristics of the protocols of Bitcoin, SPECTRE, and PHANTOM and find that protocols play imperative roles throughout the implementation process of cryptocurrency. In addition, the underlying ledger structure and consensus mechanism make up a blockchain while the confirmation time, throughput limit, and ordering are prerequisites for smart contracts. (shrink)

In analyzing evidence indicating that K'ung-ts'ung-tzu was a forgery, Yoav Ariel questions current views of the Confucian school in the time between the Sage's death in the fifth century B.C. and the emergence in the eleventh century of Neo-Confucianism. The text, traditionally ascribed to a descendant of Confucius, K'ung Fu, provides a setting for a series of philosophical debates between K'ung family members and representatives of such non-Confucian schools as Legalism, Mohism, and the School of Names. However, finding that (...) this text was probably fabricated by the controversial Confucian master, Wang Su, Ariel explains how it sheds light on the third-century philosophical milieu: Confucianism then is seen to have been not only Taoistically metaphysical, individualistic, and escapist, but also aggressive in advocating early Confucian values. The first part of Ariel's book deals with the general characteristics, history, dating, authenticity, and authorship of the text. The second part is a fully annotated and analyzed translation of the first of the two traditional volumes that constitute the K'ung-ts'ung-tzu. Originally published in 1989. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905. (shrink)