Rite²

Rite² is an ambient music album by Julian Cope, released in 1997. It is technically Cope’s fourteenth solo album, but is also the follow-up to the earlier album Rite (released in 1992 and credited to "Julian Cope & Donald Ross Skinner") and is the second in the Rite series.

For Rite², Cope collaborated extensively with synthesizer player Thighpaulsandra (Coil, Spiritualized) although the album was credited to Cope alone. The album has been described as a tribute of sorts to Krautrock bands such as Amon Duul II and Tangerine Dream and is based on the sound of the Mellotron and the wah-wah guitar, although it also employs miscellaneous tone generators the ARP 2600 synthesizer and the Hammond B3 organ, as well as vocal chants.

Rite² was the debut release on Cope’s Head Heritage label, which would be the home of almost all of his future recordings.

Track listing

All songs written and composed by Julian Cope. 

References

Rite

A rite or ritual is an established, ceremonial, usually religious, act. Rites in this sense fall into three major categories:

Christian

Within Christianity, "rite" often refers to what is also called a sacrament or to the ceremonies associated with the sacraments. In Roman Catholicism, for example, the sacrament of Anointing of the Sick is one of the three that are sometimes referred to as "the last rites", because they are administered to someone who was dying. The other two are Penance and Eucharist (administered as Viaticum in the case of a dying person). Since the Second Vatican Council, Anointing of the Sick is administered to those who are seriously ill but not necessarily in immediate danger of death.

Rite (album)

Rite is an ambient album by Julian Cope and Donald Ross Skinner, released in 1992. It is the first album in the Rite series and has been described as "a series of lengthy, mostly instrumental jamming freakouts influenced by both Krautrock and psychedelic funk."

Track listing

All songs written and composed by Julian Cope and Donald Ross Skinner. 

References

Scooter

Scooter may refer to:

Vehicles

Ground

Human or gravity powered

Motorized

Air

Water

Scooter (motorcycle)

A scooter or motor scooter is a motorcycle with step-through frame and a platform for the rider's feet. Elements of scooter design have been present in some of the earliest motorcycles, and motorcycles identifiable as scooters have been made from 1914 or earlier. Scooter development continued in Europe and the United States between the World Wars.

The global popularity of scooters dates from the post-World War II introductions of the Vespa and the Lambretta. These scooters were intended to provide low-power personal transportation (engines from 50 to 250 cc or 3.1 to 15.3 cu in). The original layout is still widely used in this application. Maxi-scooters, with engines from 250 to 850 cc (15 to 52 cu in) have been developed for Western markets.

Scooters are popular for personal transport, partly due to being cheap to buy, easy to operate and convenient to park and store. Licensing requirements for scooters are easier and cheaper than for cars in most parts of the world, and insurance is usually cheaper.

Diver propulsion vehicle

A diver propulsion vehicle (DPV, also known as an underwater propulsion vehicle or underwater scooter) is an item of diving equipment used by scuba and rebreather divers to increase range underwater. Range is restricted by the amount of breathing gas that can be carried, the rate at which that breathing gas is consumed under exertion, and the time limits imposed by the dive tables to avoid decompression sickness. DPVs can have military application.

Structure

A DPV usually consists of a pressure resistant watertight casing containing a battery-powered electric motor, which drives a propeller. The design must ensure that the propeller cannot harm the diver, diving equipment or marine life, the vehicle cannot be accidentally started or run away from the diver, and it remains neutrally buoyant while in use underwater.

Application

DPVs are useful for extending the range of a diver that is otherwise restricted by the amount of breathing gas that can be carried, the rate at which that breathing gas is consumed under exertion, diver fatigue, and the time limits imposed by the dive tables to avoid decompression sickness. Typical uses include cave diving and technical diving where the vehicles help move bulky equipment and make better use of the limited underwater time imposed by the decompression requirements of deep diving.