Revisiting Videogame Logic: Impossible Storyworlds in the Contemporary Hollywood Blockbuster

This paper demonstrates how two logics (narrative and videogame) function in a select number of contemporary blockbuster films. The paper is divided into three sections: The first outlines narrative and videogame logics; the second presents examples from Inception (Christopher Nolan, 2010) and Source Code (Duncan Jones, 2011) to demonstrate how videogame logic structures the events in each film; and the third discusses how these logics create specific storyworlds (imaginary worlds distinct from the actual world) that are unnatural and/or impossible.

Integration of capillary–hydrodynamic logic circuitries for built-in control over multiple droplets in microfluidic networks

Passive integrated microfluidic logic structures allowing for the microelectronics-inspired programming of operations on sequences of droplets.

Research on High Speed Low Power Digital Logic Family for Pipelined Arithmatic Logic Structures

The bit size of the data length process depends on the clock speed operation .the clock speed increases with the bit size of the data length .but this increases deal in the circuit to overcome this pipeline and parallel processing is used. This will increase the performance of the circuit with the advancement of the high speed technology the data length process per clock is increasing rapidly from Intel 1 intel20 to Intel series. Adder is an important adder structure design which uses parallel and pipelining scheme are RCA and SFA. To design these adders we need high speed processing digital electronic circuit which must be high speed and low power. There are various types of logic families which we are discuss in this paper. From static to dynamic circuit design why dynamic is faster than static. and various types of dynamic circuit design structure this paper basically focus on constant delay logic style and why it is superior to other dynamic structures such as domino logic ,dynamic logic np CMOS logic,C2MOS logic ,NORA CMOS logic design, Zipper CMOS,FTL logic.

Coding Time

This article analyzes the various ways algorithmic logic structures, streamlines, and delimits the conception of time and memory; orders the logics of social arrangement; and delimits the political. The author considers the ways in which algorithms extend racial discrimination, rendering it less visible, less discernible, and so more difficult to address. He briefly formulates a notion of crypto-value embedded within algorithmic self-conception and elaborates an algorithmic ontology. The latter is distinguished from the contemporary understanding of the post-human. The essay concludes with a reflection on a politics of street encounter as a counter to prevailing algorithmic constraints on the political. “Coding time” accordingly concerns the coding of time, the conception of time embedded in coding, the sociality and value that coding produces, and the implications for being and being human that the time of coding is manifesting.