Forever

Forever or 4ever may refer to:

Film

Literature

Music

Albums

4Ever (Lil' Mo song)

"4Ever" is the lead single from Lil' Mo's second album, Meet the Girl Next Door (2003). The song features guest vocals by rapper Fabolous and production by Bryan-Michael Cox and Craig Love. Prior to its official physical release, the song was serviced to radio stations through airplay in early December 2002. Upon its release, critics referred to the single as an "uptempo wedding" ode.

Music video

On January 19, 2003, a two-day filming shoot began for the music video of "4Ever," which was directed by Benny Boom in Brooklyn, New York. The video initially premiered on BET in late February 2003.

The synopsis of the video focuses on Lil' Mo's reminiscent memories of her boyfriend as she climbs the stairs of an apartment. Each step she takes, Mo receives a flashback, one of which of course features Fabolous.

Track listings and formats

4ever (The Veronicas song)

"4ever" is a song written and produced by Max Martin and Lukasz Gottwald for The Veronicas' debut studio album The Secret Life Of... (2005). It was released as the album's first single in Australia on 15 August 2005 as a CD single. The song reached number two on the ARIA Charts and number seven in New Zealand. In the United States, the single was promoted early in 2006 by Archie Comics through a mention in issue #167 of the group's namesake Veronica's comic, which featured a guest appearance and cover picture of The Veronicas and a card containing a code that could be used to download an MP3 version of the song free. It was also featured on the first episode of the third season of the MTV series Laguna Beach: The Real Orange County. The song was released as promo for the 2008 Ashley Tisdale's movie Picture This!. Similarly, it was also used in the film She's the Man.

"4ever" was released as The Veronicas second UK single in late Summer 2009. The track was included on the UK version of the album Hook Me Up which was released shortly afterwards. The song debuted on the UK singles chart at number 197 on 28 September 2009, and moved up one hundred and eighty places to a new peak of 17 the following week. It is being re-released in the US as the third single from Hook Me Up. The band re-recorded the vocals for the re-release of the single in the US and the release of the single in the UK. The new vocals are also used in the 2009 music video for the song.

Methadone

Methadone, sold under the brand name Dolophine among others, is an opioid used to treat pain and as maintenance therapy or to help with detoxification in people with opioid dependence. Detoxification can either occur relatively rapidly in less than a month or gradually over as long as six months. While a single dose has a rapid effect, maximum effect can take five days of use. The effects last about six hours after a single dose and a day and a half after long-term use. Methadone is taken by mouth or by injection into a muscle or vein.

Side effects are similar to that of other opioids. Commonly these include dizziness, sleepiness, vomiting, and sweating. Serious risks include opioid abuse or a decreased effort to breathe. Heart arrhythmia may also occur including prolonged QT. The number of deaths in the United States involving methadone poisoning was 4,418 in 2011 which was 26% of total deaths from opioid poisoning. Risks are greater with higher doses. Methadone is made by chemical synthesis and acts on opioid receptors.

PHY (disambiguation)

PHY is an abbreviation for the physical layer of the OSI model and refers to the circuitry required to implement physical layer functions.

PHY or Phy may also refer to:

PHY (chip)

PHY is an abbreviation for the physical layer of the OSI model and refers to the circuitry required to implement physical layer functions.

A PHY connects a link layer device (often called MAC as an abbreviation for media access control) to a physical medium such as an optical fiber or copper cable. A PHY device typically includes a Physical Coding Sublayer (PCS) and a Physical Medium Dependent (PMD) layer. The PCS encodes and decodes the data that is transmitted and received. The purpose of the encoding is to make it easier for the receiver to recover the signal.

Example uses