Stomp

Stomp may refer to:

Company or organization

Computer science

Dance and theatre

Music

Songs

Media

Stomp (theatrical show)

Stomp is a percussion group, originating in Brighton, UK that uses the body and ordinary objects to create a physical theatre performance.

History and performances

1990–95

Stomp was created by Luke Cresswell and Steve McNicholas in Brighton, United Kingdom in 1991. The performers use a variety of everyday objects as percussion instruments in their shows.

Cresswell and McNicholas first worked together in 1981 as members of the street band Pookiesnackenburger and the theatre group Cliff Hanger. Together, these groups presented a series of street comedy musicals at the Edinburgh Festival throughout the early 1980s. After two albums, a UK TV series and extensive touring throughout Europe, Pookiesnackenburger also produced the "Bins" commercial for Heineken lager. The piece was originally written and choreographed by Cresswell as part of the band's stage show.

Between 1987 and 1990, Cresswell directed staged four large-scale outdoor events, including "Beat the Clyde". which involved floating a drum orchestra on a pontoon in the center of Glasgow; the largest of these events, the "Heineken Hove Lagoon Show", involved a 120 piece drum orchestra featuring the Brighton Festival Chorus and a full orchestral string section.

Stomp (God's Property song)

"Stomp" is a 1996 song by gospel group God's Property featuring Salt-N-Pepa rapper Cheryl James and Christian urban singer Kirk Franklin. It was one of the most successful gospel songs of the 1990s, charting on Billboard's mainstream R&B airplay list in 1997. The song samples "One Nation Under a Groove" by Funkadelic.

References

Operation Sigma Sigma

The Sigma is an experimental glider developed in Britain from 1966 by a team led by Nicholas Goodhart. After disappointing performance during flight testing the Sigma was passed on to a Canadian group which carried out modifications, making the Sigma more competitive.

Design and development

Designed to compete in the 1970 World Championships, the team aimed to develop a wing that would climb well through a high lift coefficient and a large wing area, but equally had the "maximum possible reduction of area for cruise at low lift coefficients". At the same time for the minimum possible drag they aimed for "extensive" laminar flow. To achieve this they employed flaps that would alter both wing area and wing camber. Based on analysis of the nature of thermals encountered in cross-country flying, they reasoned that by having a slow turning circle, their sailplane could stay close to the central (and strongest) part of the thermal and gain maximum benefit.

Its unusual feature is its ability to vary its wing area using Fowler flaps. It had been tried before by the Hannover Akaflieg in 1938 with their AFH-4, the South African Beatty-Johl BJ-2 Assegai and the SZD Zefir gliders.

Sigma (cosmology)

Sigma in cosmology was a property of galaxies used when trying to work out the mystery of galaxies and their supermassive black holes.

History

In the late 1990s the NUKER experts had made observations with a spectroscope of two galaxies, one of an active galaxy with an active galactic nucleus called NGC10-68 and a dormant galaxy next door to us named Andromeda.

The observations are shown. The light from the centre in Andromeda galaxy was distorted proving the existence of super-massive black holes.

Other observations proved most galaxies had a similar centre whether it be active or dormant.

They then realised that the black holes must have something to do with a galaxy's formation, so they turned to something they thought was useless: the speed of the stars around the edge of the galaxy. This was Sigma, the speed of the stars at the edge of the galaxy supposedly unaffected by the mass of the black hole at the centre.

Usage In Cosmology

The NUKER team calculated the sigma of several stars in different galaxies and the mass of the black hole at the (nucleus) centre. They expected no correlation what so ever. But when plotting their results on a Scatter diagram and drawing a line of best fit they ended up with a positive correlation. It appeared that the heavier the black hole at the centre was the faster the stars within the galaxy travelled.

Bone remodeling period

In bone physiology, the bone remodeling period describes the temporal duration (i.e. lifespan) of the basic multicellular unit (BMU) that is responsible for bone turnover. Historically, this was referred to as the sigma (σ) or sigma period, but the terminology is now outdated.

Bone remodeling

Although bone may appear superficially as a static tissue, it is actually very dynamic, undergoing constant remodeling throughout the life of the vertebrate organism. This occurs with the synchronized action of osteoclasts and osteoblasts, cells that resorb and deposit bone, respectively.

The remodeling period

The remodeling period consists of the combined duration of the resorption, the osteoclastic reversal (the phase marked by shifting of resorption processes into formative processes) and the formation periods of bone growth and development. This period refers to the average total duration of a single cycle of bone remodeling at any point on a bone surface.

For the remodeling to occur, appropriate cell signaling occurs to trigger osteoclasts to resorb the surface of the bone, followed by deposition of bone by osteoblasts. Together, the cells in any given particular region of the bone surface that are responsible for bone remodeling are known as the basic multicellular unit (BMU), and it is the average lifespan of the BMU that is referred to as the remodeling period. The size of a BMU is roughly 200μm in diameter, defined by the 100μm diffusion capability in bone.