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In jurisprudence, an excuse or justification is a defense to criminal charges that is distinct from an exculpation. In this context, "to excuse" means to grant or obtain an exemption for a group of persons sharing a common characteristic from a potential liability. "To justify" as in justifiable homicide means to "vindicate" or show the justice in the particular conduct. Thus, society approves of the purpose or motives underpinning some actions or the consequences flowing from them (see Robinson), and distinguishes those where the behavior cannot be approved but some excuse may be found in the characteristics of the defendant, e.g. that the accused was a serving police officer or suffering from a mental illness. Thus, a justification describes the quality of the act, whereas an excuse relates to the status or capacity (or lack of it) in the accused. "To exculpate" means to free an individual from culpability after they have caused loss or damage, and to represent this in a judgment that is either an acquittal, mitigates sentencing in the criminal law, or reduces or extinguishes the liability to pay compensation to the victim in the civil law.
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The executive and legislative branches of modern states enact policy into laws which are then administered through the judicial system. Judges also have a residual discretion to excuse individuals from liability if it represents a just result. When considering the consequences which are to be imposed on those involved in the activities forming the subject matter of the common law or legislation, governments and judges have a choice:
To be excused from liability means that although the defendant may have been a participant in the sequence of events leading to the prohibited outcome, no liability will attach to the particular defendant because they belong to a class of person exempted from liability. In some cases, this will be a policy of expediency. Hence, members of the armed forces, the police or other civil organizations may be granted a degree of immunity for causing prohibited outcomes while acting in the course of their official duties, e.g. for an assault or trespass to the person caused during a lawful arrest or for an ambulance driver exceeding the speed limit in an emergency. Others are excused by virtue of their status and capacity. Others may escape liability because the quality of their actions satisfied a general public good. For example, the willingness to defend oneself and others, or property from injury may benefit society at large. Albeit that the actions of a vigilante fall outside the formal controls that would seek to ensure reasonable use of force in state-appointed police officers, such people may accidentally find themselves interrupting the commission of a crime and their actions in defence of their own or another's interests is justified out of expediency as opposed to having to wait until a police officer arrives before help can be rendered. Whilst the jurisprudential importance of the distinction between justification and excuse defenses is clear, legally they have the same effect, acquittal, and there is an ongoing debate about whether the distinction makes any practical difference.
An exculpation is a defense in which a defendant argues that despite the fact they committed and are guilty of the crime, tort, or other wrong and have a liability to compensate the victim, they should be exculpated because of special circumstances that operated in favor of the defendant at the time they broke the law.
Exculpatory Clauses are generally illegal. But not by prohibition or per se acts " Actus Rea ". They can make all or part of a contract illegal.
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So-Called Chaos is the sixth studio album (fourth released internationally) by Canadian singer-songwriter Alanis Morissette, released in May 2004.
It had been two years since Morissette released her fifth studio album, Under Rug Swept. In that time she had met her then fiancé Ryan Reynolds, inspiring many of the songs she wrote for So-Called Chaos. The album found her in a more contented and relaxed state than her previous output, and her songs were brighter and happier than her more volatile works like "You Oughta Know" and "Uninvited". One reporter asked if the song "This Grudge" was based on the same person as "You Oughta Know", and Morissette replied, "Different person, same era."
The first single, "Everything", was released to US radio in the spring of 2004, and was met with mixed reaction. US Adult Top 40 radio stations gave the song good airplay, but mainstream and top 40 stations were colder in their reception, and consequently it became Morissette's lowest peaking single on the Billboard Hot 100. "Everything" was included on the Totally Hits 2004, Vol. 2 compilation, and in 2006 it was featured in the film Clerks II.
Moog may refer to:
Moog is a 2004 documentary film by Hans Fjellestad about electronic instrument pioneer Dr. Robert Moog. The film features scenes of Dr. Moog interacting with various musical artists who view Moog as an influential figure in the history of electronic music.
Moog is not a comprehensive history of electronic music nor does it serve as a chronological history of the development of the Moog synthesizer. There is no narration, rather the scenes feature candid conversation and interviews that serve more as a tribute to Moog than a documentary.
The film was shot on location in Hollywood, New York, Tokyo, and Asheville, North Carolina where Moog's company is based. Additional concert performances were filmed in London and San Francisco.
The film's 2004 release was designed to coincide with the fiftieth anniversary of Moog Music, Robert Moog's company that was founded as R.A. Moog Co. in 1954.
MOOG is an astronomical software package. It is an example of Fortran code that performs a variety of spectral line analysis and spectrum synthesis tasks under the assumption of local thermodynamic equilibrium. Moog uses a model photosphere together with a list of atomic or molecular transitions to generate an emergent spectrum by solving the equation of radiative transfer.
The typical use of MOOG is to assist in the determination of the chemical composition of a star, e.g. Sneden (1973). This paper contains also the description of the first version of the code and has been cited about 240 times as of 2008-04-24 by publications in international journals studying the abundances of chemical elements in stars.
The software package has been developed and is maintained by Christopher Sneden, University of Texas at Austin. The current supported version of the code was released in August 2010 and is described in the MOOG User's Guide (see references below). Moog is written in FORTRAN 77.