An “Expansion-Tolerant” Architecture offers stability to ultra-high capacity Lithium-Sulfur battery
A lithium sulfur battery that has four times the capacity than existing electric car batteries has been built and tested by researchers at Monash University, revealed in a paper published in Science Advances.
This would allow you to drive Melbourne to Sydney with
just one charge – driving the coastal route. A current edition prius would
require to stop in Albury-Wodonga to recharge.
Cognition is influenced by siblings, researchers find.
Autistic children with autistic siblings have better
cognition than those who are the only family member with the condition, researchers
Importantly, the outcome does not depend on birth order.
Although previous studies have identified that having
autistic siblings leads to better cognition for individual children with the
condition, it was assumed that the order in which the children were born was a
Adelaide researchers find how a bacteria digests a sugar can be key to new treatments
The severity of a common and often lethal type of bacteria
depends on its ability to process a type of sugar, research from the University
of Adelaide reveals.
Streptococcus pneumoniae causes diseases of the
lungs, blood, ear and brain, killing an estimated one million people every
year. Moreover S. pneumoniae causes
otitis media (infection of the middle ear), which devastates Aboriginal
populations. It also rapidly develops resistance to antibiotics, making it
challenging to treat.
Filtering out social bots can help critical response teams see what’s
happening in real time
Researchers have created an algorithm that distinguishes
between misinformation and genuine conversations on Twitter, by detecting
messages churned out by social bots.
Dr Mehwish Nasim and colleagues at the School of Mathematical
Sciences at the University of Adelaide say the algorithm will make it easier
for emergency services to detect major events such as civil unrest, natural
disasters, and influenza epidemics in real time.
“When something really big is going on, people tweet a
huge amount of useful information,” says Mehwish.
A technique adapted from telecommunications promises more effective cancer treatments.
Drugs can be delivered into individual cells by using
soundwaves, Melbourne researchers have discovered.
Adapting a technique used in the telecommunications
industry for decades, Dr Shwathy Ramesan from RMIT, and colleagues, used the
mechanical force of sound to push against cell walls and deliver drugs more
effectively than treatments currently in use.
The new technique aids in silencing genes responsible for
some diseases, including cancer, by switching them on or off.
Researcher finds linguistic tricks that boost Facebook post engagement
Some Facebook posts are more successful than others and linguist Matteo Farina has worked out why.
applying a technique known as “Conversation Analysis” to a set of more than
1,200 posts culled from 266 anonymised users, the University of Adelaide and
Flinders University academic has been able to identify specific linguistic
structures common to most Facebook posts that attract a high number of Likes
and written responses.
“This research shows that successful posts project a clear
next action from Friends,” he says.
We all rely on GPS to tell us where we are and where we’re
going. The US government’s global network of 30+ satellites guides planes,
ships, cars, tractors and much more. The latest GPS systems can provide mm- to
cm-accuracy using advanced equipment and technique.
But GPS isn’t the only game in town. There are other
global systems, and regional systems that we can tap into.
Curtin University researchers have explored the potential
of regional navigation satellite systems (RNSSs) for Western Australian users.
Two such systems are the QZSS operated by Japan and the IRNSS operated by
Since its creation in 2011, the Stem Cells Australia initiative has increased our understanding of how to control and use stem cells in research. Our members have placed Australia at the forefront of stem cell medicine, and now we are developing new diagnostic, therapeutic and biological applications that will transform healthcare in the years and decades ahead.
Our researchers are learning about how the heart forms so they can identify drugs to stimulate heart repair and improve function; they are analysing big data to predict how cells behave and create custom immune cells; they are helping patients with damaged corneas see again using grafts made from their own stem cells; and much more.