You can tell that chemistry is important because of the way we use it in our everyday lives, without even knowing. Washing the clothes, putting a new battery in the remote and baking a cake in the kitchen all rely on simple chemistry to enhance our lives…
…but, what else can you do with the chemistry all around you? Come along to The Edge’s Old-School Chemistry Kit workshop to find out and take home the knowledge and equipment you need to begin your new adventures in science.
Mixing solutions to make bubbles of flammable gas, learning how to get electricity from scrap metal and salty water, or how to give something a shiny copper coating are just some of the tricks included in The Edge’s Old School Chemistry Kit.
Take a trip to the hardware and the pharmacy to find the ingredients you need, borrow a few things from that bulging third drawer in the kitchen, then add the safety knowledge you will learn at The Edge to explore the surprising variety of chemistry that is possible with stuff you pass by every day.
Wrap it all up in the retro design kit we provide and you have the perfect Christmas gift for the budding mad scientist in your family.
There is just one Kitchen Chemistry workshop session on offer, so don’t miss out!
Space. It’s fascinated generations, inspiring scientists and artists alike.
This month our expert panel take an in-depth look at Mars and the future of space travel, while attempting to answer the age-old question… are we alone in the universe?
Professor Tamara Davis is a cosmologist interested in investigating new fundamental physics, including the properties of dark energy and dark matter, but has also published on astrobiology. She wants to know whether life on Earth could have originated on Mars.
Professor Gordon Southam is a geomicrobiologist, who uses both biological and geological sciences to examine the bacterial transformations of materials in the earth’s crust. He will argue that we are Martian.
Professor Michael Smart is an engineer and Chair of Hypersonic Propulsion, and is working to revolutionise high-speed transport through clean burning, hydrogen-fuelled engines that could make access to space much easier in the future.
Our friends at BrisScience have just uploaded the full video from their latest sell-out event: How Google Maps changed the world.
With over 1 billion active users, Google Maps has changed the way we view and interact with our world forever.
Join the expert panel to discuss some of these obvious – and the not so obvious – change to our everyday lives.
Alexandra Geer, ESRI Austraila
Chris Isles, Place Design Group
Dr Peter Scarth, Queensland Department of Science, Information Technology and Innovation
Dr Thomas Sigler, The University of Queensland
With chilling tales of dangerous encounters with taipans, king cobras and arctic vipers, komodo dragons, vampire bats and an Antarctic giant octopus, Associate Professor Bryan Fry brings to life his work with venoms and discusses their potential uses for society.
Pushing beyond their importance in maintaining ecological balance, Bryan looks at the world’s most dangerous animals as rich sources of novel compounds for use in drug design and development.
Join him as he takes us on a journey through his passion (some would say obsession) for venoms, and a career that has seen him visit over 40 countries and work with some of the most unique creatures on the planet.
You might laugh at the idea of ghosts in space and the world of theories about non-Earthly beings floating around our universe. But this time the conspiracy theorists might be right as a few happy snaps of the universe show some freaky and supernatural things…
If evidence was ever needed of ghosts and strange beings in space, this would be it. At the same time, there’s a pretty good scientific explanation behind the ghost-like orbs. These photos were released last year from NASA’s Spitzer Space Telescope and are actually images of planetary nebulae in infrared light. These are stars at their last stage of life and they’re running out of fuel (this occurs millions to billions of years after the star has formed). After the sun’s supply of hydrogen in the core is gone, the body develops into giant red stars called ‘red giants’. The red giants eject their outer layers which then expand. It is this process that causes the floating material to glow and have a strange, supernatural presence.
C’mon. This totally looks like something right out X-files. But while you might mistake the above photo for being a pink ghost, it is actually the image of the coldest place in the universe. If you like cold weather the nebula is a brisk -272°C (which is even colder than the afterglow of the Big Bang). This nebula is in the constellation Centaurus and is approximately 5,000 light years away. The interstellar cloud of dust and gas is called the Boomerang Nebula (it was originally thought to have a boomerang, rather than ghostly shape) and was taken by NASA’s Hubble Space Telescope.
And here’s an older pic of the nebula in a false-colour recorded image from 1988:
And check out this scary looking, ghost-like space pumpkin! The picture is an X-Ray photo of the Perseus cluster, which is a cluster of thousands of galaxies, immersed in multimillion degree heat and is one of the most massive objects in the universe. The colours show the heat intensity on the X-rays, with the white area being the hottest.
And this photo from NASA’s Solar Dynamics Observatory shows the sun is one smiley dude!
During my stint as Fringes Catalyst, I am working on a series of new installation works for display in the main foyer area. The two primary areas of investigation are botany and consumer/everyday genetics. As part of my look into consumer genetics and the connections between family and genetic inheritance, I am planning to create an installation incorporating mummified lamb hearts. The lamb hearts function as a symbol for love, connection and sacrifice. They will be used to make links between three generations of women within my family.
While I have had some previous experience with mummification, this project (apart from conceptual concerns) also presents a great opportunity to experiment with different mummification strategies and will help refine my mummification recipe.
A Shrine for Algernon: The Remains of Algernon and the Poetry Orchids – mummified fetal calf sculpture with living orchid.
The first three hearts have been in salt solution for four weeks now and the flesh is very nice and solid.
Removing hearts from salt compound.
Mummified heart – post salt compound.
Heart after washing off the salt compound.
The fat still contains some moisture, so they will still need further processing before being able to be incorporated into an artwork. To aid the further preservation of the hearts, I am soaking them in taxidermy tanning formula for three days. Following this process, I will put the hearts into the oven for final fixing and to remove moisture again. I am also thinking about placing the hearts in bleach. This should produce beautiful white specimens that could form a base for printing images.
In response to the little unexpected infestations that have occurred in the basement since starting my project, I have decided to produce a work that comments on the unanticipated discoveries that often occur when working with living organisms. Tentatively titled, A Cabinet for Unexpected Life, the work will most likely consist of a furniture installation incorporating documentation of the mould contamination that spread through the kombucha and into my plant cultures, as well as living cultures of pond life and fruit flies.
In preparation for the development of this work, I have started to set up some actual fruit fly cultures. The initial fruit fly colony established itself in some minced beetroot I was using to produce plant paints. They were really thriving for a while, but I have decided to select a more established medium to maintain them.
After trawling the web for ideas, I have made up two preliminary types of fly food based on recipes from The Bug Farm :
2 x bananas, 2 x cup rolled oats, 1 cup water, 2tbsp vinegar (to reduce mould growth), 1 tbsp sugar and a pinch of yeast
6 x tbsp instant mash, 1 tbsp vinegar, 1 tbsp sugar, 1 x pinch of yeast
I will add more information about the success of each recipe. Let’s hope the flies like their new food.
As part of my project at The Edge which continues my engagement across Art, Science and Technology, I am seizing the opportunity to learn more about genetics, particularly consumer genetics and the rising services that promise to reveal insights into what makes you, you. Consequently, I have decided to have my DNA analysed by the US company 23andme.
23andme website screenshot.
While I have been aware of the existance of companies like 23andme for some time, Lone Frank’s book My Beautiful Genome re-sparked my interest in the topic. For only $99, the company claims to “empower you to better manage your health and wellness” and offers “over 200 personalized health & traits reports”, as well as access to the “largest genealogical DNA database in the world”.
I must admit that I am skeptical as to how taking part in genetic testing will empower me to manage my health, given my understanding that genes are only part of the story. Indeed, the functioning of genes (i.e. switching on and off) is determined on a micro and macro scale by a number of factors such as hormones and environment. As Matt Ridley comments from his book Nature via Nuture:
The truth is that nobody is in charge. It is the hardest thing for human beings to get used to, but the world is full of intricate cleverly designed and interconnected systems that do not have control centres […] It is the same with the body. You are not a brain running a body by switching hormones. Nor are you a body running a genome by switching on hormone receptors. Nor are you a genome running a brain by switching on genes that switch on hormones. You are all of these at once (1999, p.151).
So, while I don’t think gene testing is the answer, it is difficult to anticipate how I might react if the test identifies me as having an increased risk for a particular disease/condition. Will increased risk be something I will even share publically? At this point, I think I am most comfortable sharing ancestry info. In any case, it all remains to be seen. Expect an update soon!
Well…a lot has happened over the last few weeks. I have officially set up camp in the pretty well decked out basement space, complete with microscope bench, non-food fridge, microwave and plant culture area. The great (or frustrating, depending on your perspective) thing about biology is that you often get unexpected results and infestations. Some are pretty cool, while others are rather annoying and can really hinder your progress. One of the cool ones is the recent discovery of algae, bacteria and protists that I may have brought in on some plant cuttings and roots from home. I discovered them when the base of my beaker in the lab space started to become increasingly green.
Some unexpected life discovered in a beaker of plant cuttings at The Edge.
While I am certainly not an expert in this area, I think we are dealing with chorella algae, as they certainly look the part. The algae in the beaker are single celled and non-motile, both characteristics of this particular type of algae. Chorella is also a common pond ‘scum’ in Australia, so it is certainly possible that they hitched a lift to The Edge on the roots of some of the plants I brought in. If they are chorella, then I am pretty happy as this means that this miniature pond is pretty safe. Indeed, chorella has even been labelled a potenial ‘superfood’ and future nutrient source. The other organisms that populate this little micro-world are more difficult to identify. If anyone has any ideas….please let us know…
Some other unexpected visitors include these little red-eyed Drosophila (fruit fly). A fruit fly must have laid eggs into some of my plant ‘sludge’ that I was using to experiment with making paint from plant materials. A few weeks later, and we have a thriving little community of flies. A lesson for me to be more careful with my material preparation and storage!
A jar of fruit flies.
While we humans may not be the biggest fans of flies in general, we really should be pretty grateful to the humble fruit fly. They have been used as a model organism for many years and have taught us a lot about genetics and inheritance. The ones we have in the basement are the wild type, characterised by red eyes with black rings on their abdomen.
Little fruit fly with visible red eyes.
While the pond life and fruit flies were not entirely unwelcome guests, the recurring bacterial, mould and fungal colonies from the initial kombucha contamination are. They unfortunately seem to have taken hold, despite numerous rigorous cleaning and sterilising days.
From my IHBI days, I recall that once a fungal infection has ocurred, it is notoriously difficult to erradicate. When we had a fungal outbreak in the primary lab a few years ago, the entire room had to be fumigated and all samples discarded, to ensure permanent erradication.
While they are killing many of my plant culture experiments before they get started, they are still quite spectacular, expecially when observed under the microscope.
These unanticipated guests have prompted me to consider making an artwork that engages with such unexpected outcomes and visitors 🙂 As such, I am planning to culture the fruit flies and pond life. I will just stick to documenting the contamination though!
I decided to have a look at my cheek cells and spit under the microscope. I’ve been feeling a bit sick with flu, so I was interested to see if there is any difference from previous viewings and also to look for bacterial presence. I was shocked to see crazy fungus contamination on the slide. OMG! No wonder I’ve been feeling so terrible.
Cheek cells with weird spore clusters and fibres
I must admit, I had a bit of a freak out…but then thought about it and came to the conclusion that it was more likely that the slide was dirty or contaminated rather than myself.
Indeed, I once had SEM (Scanning Electron Microscope) images taken of my skin, boogas, ear wax and menstrual fluid only to find no evidence of bacteria or other organisms!!!! I was really surprised. It was still pretty cool to see my bodily excretions this close up!
Menstral fluid blood clot
Although I was really disappointed not to find evidence of strange crawly creatures like this:
Then again….probably good that I don’t actually have scabies!
The notable absence of bacteria and other microflora was however, quite perplexing especially given that we are outnumbered by an estimated 10:1 by non-self cells in our bodies. There are a few possible reasons for the absence of bacteria and other microbes:
The samples were collected at home and processed later at Uni. This may have resulted in microbes moving on to greener pastures.
The preparation process washed surface elements from the surface of the samples. (This is probably more likely as I do not have much experience with sample processing and may have been too rough with my pipetting).
It also seems that that the majority of microbes occupy the interior spaces of our body, rather than just the surface.
Indeed, a large number of non-self cells are located in our gut. These bacteria are super important to ensure efficient nutrient processing and digestive health. I remember hearing Dr Karl talk about poo transplants (or fecal bacteriotherapy) on Triple J. Apparently, receiving a ‘reverse enema’ of poo from a healthy ‘digester’ can help individuals with chronic diarrhea and other digestive issues caused by ‘bad’ bacteria. Gross…and yet kinda cool! (I have yet to find someone who wants my poo – I do offer whenever anyone complains about stomach problems).
Anyway…after checking my cheek cells again with a clean slide, it turns out that everything is A-OK!
Nothing to worry about and no evidence of bacteria or other creepy things. (The black dots are spots on the camera lense!) My Edge colleagues can breath easy….for now…