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Rebecca "Bec" Fordyce is an international actress, model and television presenter. She is best known for her unusual, large appeal as a model in China for her blonde European look - an obviously ethnic look in China, which has marked the beginning of a demand trend for ideal White-looking models in China.
Bec was born in and grew up in Sydney; her mother knew Bec would be an actress from "the age of one-and-a-half". She began her modeling career at age 12. (1) Bec was accepted into and studied at acting schools in Australia; past notable alumni of her programs include Naomi Watts, Cate Blachett, Hugh Jackman, and Nicole Kidman. (3) She is formally trained in screen acting, stage acting, and opera. (2)
As a model...Bec has been in Cosmopolitan (AUS), Corker, Cleo, FHM, Elle (US), and most recently Harper's Bazaar - which will also be on 60 Minutes in Australia. Bec recently completed campaigns for 2Sea Australia swimwear and KD Dancewear. Bec also recently began teaching modeling for her Australian agency, Pure Talent. Bec has an broad portfolio: from swimwear and lingerie to wedding gowns, as well as a variety of edgy concepts. (1)
As an actress...Bec has starred in several music videos, including a single by Wolfmother; has been in two commercial advertising campaigns; has had spots in Australian soap opera; and has also had spots in several short films. (4) As a stage actress, Bec recently landed a Bollywood role out of New Delhi for May and June of 2010. (2)
As a presenter...Bec starred in, co-produced and co-wrote LimeSquash TV's upcoming series entitled "PrissyTroopers". The concept is to send beautiful girls to exotic tourist destinations, and then to have them experiment and discover for people what's really worth seeing and trying in a visit. (This includes the finer things and the not-so-fine things, i.e. making goat cheese.) The first installment takes place in Trinidad and Tobago, and goes to network air in February 2010. (5)
Bec has recently relocated to New York City to further her career aspirations. (4)
Bec's primary career focus is in acting, modeling and presenting; but, she has experimented with various interests. In addition to her vocal training, Bec can also DJ: she has played shows around Australia and once played an opening set for Justice. She is also currently recording a vocal album in Melbourne. Additionally, Bec is has an interest in comedy: in a brief stint in New York, Bec worked with comedians Colin Kane (from Comedy Central) and Danny Siegal. (4)
Sources:
(1) http://www.modelmayhem.com/661679
(2) http://www.imdb.com/becfordyce
(3) http://www.puretalentagency.com.au/assets/files/a-e/Bec_COMPCARD.pdf
(4) http://www.massify.com/profiles/becfordyce
(5) http://www.youtube.com/user/prissytroopers

So far the quantized space is a speculative subject. Theories applied to this subject are alternative theories. Solutions to the open questions of physics are searched also from there.
One example of a quantized space is the memory space of a computer. It consists of bits. The bits are abstract and independent of background.The physical space can also be modeled to be made of abstract cells. The cells themselves are a substance, which will form the space.
In quantized spacetime the directions, the lengths and the time are quantized. The shortest possible length is so called Planck length and the shortest time is Planck time. The three directions are perpendicular to each other. The quantized space is in scale of quantum effects totally different than the observer's space. Because of the differences there appear two pictures of the same space. The first one is the picture of quantized space and the second one is the picture of isotropic observer's space appeared by coarsening.
Geometric examination shows that the quantized cell-structured space needs to be quadratic in comparison with the observer's space. It is also nonlinear and non-unique when observed in the observer's space. Quadraticness means here the transform in set of coordinates x > X , y > Y and z => Z, where (x,y,z)-space represents the observer's space and (X,Y,Z)-space represents the cell-structured space. The shape of octahedron in cell-structured space is transformed into the shape of sphere in the observer's space. This will lead to several phenomena of quantum mechanics like nonlocality and the wave function collapse in measurement. For example the nonlinear quantum correlation in a space, where the directions are quantized, differs from the linear classical correlation as the observations prove.
The quantized space can be perceived only theoretically without any direct observations. All unobserved elementary particles stand in the quantized space. A location (or a point) of the quantized space spreads out, because of the nonlinearity of that space, when observed in the linear observer's space. Therefore also an unobserved elementary particle needs to spread out like a wave.

In the wave function collapse the pictures of space will interchange. An elementary particle gets in measurement its location in the linear observer's space after standing earlier in the nonlinear cell-structured space. Thus the measurement leads to changing the picture of space. The observer's space exists only as a consequence of coarsened observations. Without any observation there exists only the nonlinear cell-structured space, which stays unobserved. The ability to form the picture of observer's space by coarsening is called here for the consciousness.
Note that Minkowski space is quadratic too. It is invariant for every observer, which means that it is in certain terms an absolute space (likewise the cell-structured space). The interval between two points in that space is defined as:
<math>s^2 = \Delta r^2 - c^2\Delta t^2 \,</math>   (spacetime interval),
where c is the speed of light, and Δt and Δr denote differences of the time and space coordinates, respectively, between the points.
When the observer's space is isotropic, a rigid macroscopic stick needs to turn in space length-preserving. This requires a certain structure of cell-structured space. The 3-dimensional cell-structured space forms a closed surface. Outside the surface exists a cell-structured complex space extanding at a certain distance from the 3D-surface.

Raji Sohal is a Canadian radio and television personality.
A graduate of McGill University, where she completed a Master's degree in Communications and Art History, Sohal also works as a fashion stylist and was a finalist in the 2007 Fashion File Host Hunt. She has also appeared as a panelist on The National and as host of a television series about youth issues on CPAC. She was a host on CBC Radio 3. Currently, she can be heard covering arts and culture for the CBME-FM morning show Daybreak in Montreal. She is a freelance writer and contributor of experimental music magazine, XLR8R, and of the Globe and Mail Style section.