HUDUD PUNISHMENTS IN ISLAMIC CRIMINAL LAW
Islam is more than a religion, it encompasses faith, culture, law and the social order. Islam proposes a society of righteousness and justice. Criminal behaviour is not tolerated in the Islamic order of society. Criminal behaviour is breach of God’s sovereignty, hence stiffer penalties are prescribed. This paper examines hudud punishments in Islamic penal system, and agitates for the reformation of Islamic criminal jurisprudence. While it is reasonable to punish offenders, and violators of normative principles, it is the opinion of this paper that punishments that are prescribed in municipal penal code should at least conform to international criminal jurisprudence.
Introduction to Criminal Justice
This integrated learning system presents key concepts and issues within a unique integrated framework that ensures students will think critically about and apply criminal justice concepts to real world situations. Print and electronic materials clearly present concepts and support them with a variety of examples. Interactive in-class questioning software, lab-based software, online quizzes, games, and other reinforcement tools further support student learning, as do the simulation applications and scenarios in the text and the instructor and student CD-ROM. California and Texas packages are available.
Selective and sensitive TNT sensors using biomimetic polydiacetylene-coated CNT-FETs.
Miniaturized smart sensors that can perform sensitive and selective real-time monitoring of target analytes are tremendously valuable for various sensing applications. We developed selective nanocoatings by combining trinitrotoluene (TNT) receptors bound to conjugated polydiacetylene (PDA) polymers with single-walled carbon nanotube field-effect transistors (SWNT-FET). Selective binding events between the TNT molecules and phage display derived TNT receptors were effectively transduced to sensitive SWNT-FET conductance sensors through the PDA coating layers. The resulting sensors exhibited an unprecedented 1 fM sensitivity toward TNT in real time, with excellent selectivity over various similar aromatic compounds. Our biomimetic receptor coating approach may be useful for the development of sensitive and selective micro- and nanoelectronic sensor devices for various other target analytes.