
Keely Shaye, womanly, voluptuous with portable dessert.

Rachel, womanly curves ahead.

Stick Insect. Please feed.
Some people leave footprints on our heart. Cats leave fur on our sweaters. Dogs leave drool on our shoes. Families will crap on our doorstep. So when life gives you crap, garden it and make roses.

I know where J. K. Rowling got the idea for her soul sucking dementors....She has a mother.
That roaring noise from the south was not a volcano erupting.....it was me.
And it seems I must apologise to you all for my fat arse making Australia sink into the sea.
I will now do the only honourable thing.....open another packet of black jelly beans and find where I hid yesterday's chocolate.

They also cut into two pearls to a depth of 1mm (pearl on the left) and a deeper cut toward the nucleus (pearl on the right). The induced colouration appeared homogenous throughout both pearls. The GIA deduced that the treatment alters the organic components of the pearl nacre unlike an introduced dye.

Whaaat! Oh right, food part, you're not getting the details. Um, food, right, just wait a minute til I get my eyes back in focus. Mini croissants, several different preserves, fresh coffee, long black. Chocolates, Swiss-made, in a large box, for the choice. I mean I'll only have time for one or two.
Microalgae are good idicators of the health of oceans and are the basis of the aquatic food chain. Fourier-transform spectroscopy is used to study algae where the change in a live single cell alga is recorded over a period of time. The alga can be stressed by too much ultra-violet light, increased carbon dioxide, deprived of nutrients, over-nourished, deprived of light, exposed to pollution.
By analysing the the spectra of the bio-chemical changes, researchers can see how a single alga responds to this external stress in their environment. They can measure how much the proteins, fats, silica and carbohydrates change over time.
And this is how to hold a single cell for analysis. A method called acoustic levitation which was developed for zero gravity experiments in space and successfully adapted for earth laboratories.

This image of a drop of blood in an ultrasonic acoustic levitation device won Steven Morton equal first place in the Eureka Museum Science Photography section, 2007. "This set-up enables us to probe the molecular structure of living cells without interference from any surface and without perturbing the morphology of the cells. It is part of the technique used by researchers at Monash University in Melbourne to monitor drug uptake by red blood cells that are affected by a range of diseases, including malaria and sickle cell disease."

Sheri White has helped develop the Deep-Ocean Laser Raman In-Situ Spectrometer (DORISS). This is a precision laboratory instrument in a pressure-proof container designed to work on the seafloor where many materials exist only in unusual conditions and can't be brought to the surface to study. She had already helped build and test ALISS (Ambient Light Imaging and Spectral System) to measure the light emanating from hydrothermal vents on the ocean floor. White was able to determine that the energy from this vent glow came from thermal radiation produced by extremely high-temperature (approx 350 degrees C) vent fluids.


What Animal Were You In Your Past Life? | |
![]() | You were a unicorn. You were mysterious and noble. You have fairytale traits, and other people can only dream in envy. Your nature is completely impossible to decipher and behind all that, you know that you shine bright, for only the luckiest people get the chance to know you. |
| Find Your Character @ BrainFall.com | |

This is another of Copan's wonders. Underneath Temple 16, in the centre, archaeologists found the perfectly preserved RosaLila Temple. It was still covered in vividly painted stucco unlike the rest of the buildings and sculpture (intricate sculptures, just google) of Copan. It had been maintained and used for an exceptionally long time and when it was finally abandoned, the two storey, multi-roomed structure was carefully preserved and buried intact when a new temple was built.
Physical and Chemical Sciences PhD researcher Rosemary Goodall from the Queensland University of Technology used a new infrared analysis technique called FTIR-ATR (Fourier Transform Infrared-Attenuatted Total Reflectance) spectral imaging to study the red, green and grey paint applied to the stucco masks on the exterior of the building.
This technique has not been used for archaeology before and combined with Raman spectroscopy, Goodall found the chemical "signature" of each mineral in paint samples only millimetres in size. The advantage of FTIR-ATR is that while other techniques provided analysis of a microscopic area, it mapped a larger portion from which the recipe of paint could be more easily deduced.
Since the RosaLila Temple has more than 15 layers of paint and stucco, the mineral make-up of the pigments tells scientists what colours were painted on each layer. The stucco itself became more refined over time and changed in colour from grey to white. Ms. Goodall discovered a green pigment and a pigment of Muscovite mica. Mica is used in paints today to create a shimmer effect and the Maya may have used it to get a sparkle effect on the temple which is the only building found with the mineral. Mica isn't found near Copan so it was probably traded from other Mayan cities like Tikal in Guatamala while Copan was a centre for the obsidian market.
Ms. Goodall now wants to take a portable Raman spectrometer to Copan to do more paint analysis as these tests do not destroy any samples. The research will help stop any further damage to the Copan complex.









