Located on the University of Melbourne's Hawthorn campus, Hawthorn-Melbourne is one of Australia's largest and longest established English language schools.

    You can study English with Hawthorn-Melbourne if you want to: enter Australian universities or colleges, get ready for an IELTS test, expand your career options or prepare for employment, open up new travel opportunities and experience Australia.

    Hawthorn is a safe and peaceful residential suburb surrounded by nature, with plenty of shops, cafes, banks, sporting facilities and parks. All of our students can use the student rest areas and kitchen areas, as well as all of our group learning spaces, entertaining and social facilities.

    NOTE: No international student shall stay for the night outside our school.

    Some distinctive learning places for you:

    Library

    In the library, there are abundant learning resources and quiet study areas for our students.

    Resources such as DVDs, newspapers, magazines and audio for listening practice.

    Monday to Thursday                            8:00am to 5:30pm

    Friday                                        8:00am to 5:00pm

    Computer Labs

    Computer labs support foreign language characters—but only English during class time.

    We provide campus WiFi free of charge for all of our students.

    Monday to Friday                                8:00am to 6:00pm

    Saturday                                        9:00am to 6:00pm

    Independent Learning Center

    Students have 1 hour of independent learning each day.

    ILC time is an opportunity to practice and improve the language skills that you learn in class.

    Monday to Thursday                            8:00am to 5:30pm

    Friday                                        8:00am to 5:00pm

    Lecture Theater

    In the lecture theater, public lectures of various topics will be given to students.

    Qualified professors or excellent students are invited to be lecturers.

    Monday to Thursday                            8:00am to 10:30am

    Friday                                        8:00am to 10:00am

    Welcome to OUR SCHOOL!

    Call at: 041-3436-215

    E-mail: Hawthom-Melboume@yahoo.com

    If your dog looks pleased to see you—it is probably because it loves the particular way you smell.

    The scent (气味)of a familiar human apparently lingers like perfumein the animal's brain—where it causes an instinctive emotional response, research reveals.

    Our scent acts on a part of the canine (犬科的) brain associated with reward and the strongest reactions are produced by humans that pets know best, say scientists in America.

    Gregory Bern, of Emory University in Atlanta, said, “While we might expect that dogs should be highly tuned to the smell of other dogs, it seems that the 'reward response' is reserved for their humans. When humans smell the perfume of someone they love, they may have an immediate, emotional reaction that's not necessarily cognitive (认识的). So is it in dogs. But since dogs have a more sensitive smell than humans, their responses would likely be even more powerful than the ones we might have. In our experiment, however, the owners of the dog were not physically present. The canine brain responses were being caused by something distant in space and time. It shows that dogs' brains have these mental representations of us that persist when we're not there.”

    The experiment involved 12 dogs of various kinds by brain scans while five different scents were placed in front of them. The scent samples (样本)came from the subject (接受试险者) itself, a dog the subject had never met, a dog living in the subject's household. The familiar human scent samples were taken from someone else from the house other than the handlers during the experiment, so that none of the scent donors were physically present.

    The results showed all five scents gained a similar response in parts of the dogs brains involved in detecting smells. Responses were significantly stronger for the scent of familiar humans, followed by that of familiar dogs. The findings showed dogs reacted strongest to the scent of familiar humans even when they were not there. Pets trained as help or therapy dogs showed greater brain activity than the other dogs in the test.

    Researchers say the findings could improve the way to select animals helping wounded old soldiers or disabled people.

Plastic-Eating Worms

    Humans produce more than 300 million tons of plastic every year. Almost half of that winds up in landfills(垃圾填埋场)，and up to 12 million tons pollute the oceans. So far there is no effective way to get rid of it, but a new study suggests an answer may lie in the stomachs of some hungry worms.

    Researchers in Spain and England recently found that the worms of the greater wax moth can break down polyethylene, which accounts for 40% of plastics. The team left 100 wax worms on a commercial polyethylene shopping bag for 12 hours, and the worms consumed and broke down about 92 milligrams, or almost 3% of it. To confirm that the worms' chewing alone was not responsible for the polyethylene breakdown, the researchers made some worms into paste(糊状物) and applied it to plastic films. 14 hours later the films had lost 13% of their mass--apparently broken down by enzymes(酶)from the worms' stomachs. Their findings were published in Current Biology in 2017.

    Federica Bertocchini, co-author of the study, says the worms' ability to break down their everyday food-beeswax--also allows them to break down plastic "Wax is a complex mixture, but the basic bond in polyethylene, the carbon-carbon bond, is there as well, "she explains. "The wax worm evolved a method or system to break this bond. "

    Jennifer Debruyn, a microbiologist at the University of Tennessee, who was not involved in the study, says it is not surprising that such worms can break down polyethylene. But compared with previous studies, she finds the speed of breaking down in this one exciting. The next step, DeBruyn says, will be to identify the cause of the breakdown. Is it an enzyme produced by the worm itself or by its gut microbes(肠道微生物)?

    Bertocchini agrees and hopes her team's findings might one day help employ the enzyme to break down plastics in landfills. But she expects using the chemical in some kind of industrial process-not simply "millions of worms thrown on top of the plastic."

    Let's face it. No one drinks diet sodas for the taste. People drink diet sodas in the hope that it will help them lose weight or at least keep them from gaining it. Yet it seems to have exactly the opposite effect, according to a new study.

    Researchers from the University of Texas said those who drank two or more diet sodas a day had waist size increases that were six times greater than those who didn't drink diet sodas. "What we saw was that the more diet sodas a person drank, the more weight they were likely to gain," said Sharon Fowler.

    The study was based on data from 474 participants in a large, ongoing research project, where the participants were followed for nearly 10 years.

    While the findings are surprising, they also offer some explanations.

    Nutrition expert, Melanie Rogers, who works with overweight patients in New York, has found that when patients are switched from regular to diet sodas, they don't lose weight at all. "We weren't seeing weight loss necessarily, and that was confusing to us," said Rogers.

    So why would diet soda cause weight gain? No one knows for sure yet, but it could be that people think they can eat more if they drink diet sodas, and so over-compensate(补偿) for the missing calories.

    A related study found some sweeteners (甜味剂) raised blood sugar levels in some mice. "Data from this and other potential studies suggest that the promotion of diet sodas and artificial sweeteners may be risky," said Helen P. Hazuda, professor at the University of Texas's school of medicine. "They may be free of calories, but not of consequences."

    Alexa is a form of artificial intelligence, or AI for short. Many people start their mornings by asking Alexa for the weather forecast or the latest news. A device(设备) that houses Alexa can also play music from your favorite playlists, keep a shopping list, order takeout food, answer questions, send messages and even run “smart” home controls.

    Training AI systems to respond to problems with human-like intelligence and learn from their mistakes can take months, or even years. Consider Alexa and similar software, such as Apple's Siri. To do the tasks its human owners ask, these systems must make sense of and then respond to sentences such as, “Alexa, play my Ed Sheeran playlist” or “Siri, what is the capital of India?”

    Computers can't understand language as it is spoken by people. So AI researchers must find a way to help humans communicate with computers. The technology used to get computers to “understand” human speech or text is known as natural language processing. By natural language, computer scientists refer to the way people naturally talk or write. To teach an AI system a task like comprehending(理解) a sentence or responding to a person 's last move in a board game, scientists need to feed it lots of examples.

AlphaGo is an AI system designed by Google that has beaten a human champion, Lee Sedol, at the strategy(策略) board game Go. To train AlphaGo, Google had to show it 30 million Go moves that people had made while playing the game. Then AlphaGo used what it learned to analyze those plays as it played against different versions (版本) of itself. During this practice, the program came up with new moves—ones never seen in games between people.

    My first term at MIT（麻省理工学院）was awesome—I got all A's, and I declared math as my major. My parents were expecting me to become a doctor like them so I was trying to satisfy them. But I was desperately running away from them. I had no idea what I wanted to do with my life. My third term, I ended up with a D in math. I didn't do that well in my other classes, either. It seemed like all my friends were doing so well, getting opportunities over the summers.

    My fifth term, I realized that I was awful at higher-level math. I had lost all confidence in myself. I went to a few classes at the beginning of the term, but after by midterm, I had totally stopped. My only relief was the dance team I was on. I would sleep all day, and then go to dance practice, and then go back to sleep. As expected, I failed in all of my classes and had to withdraw from MIT.

    I had no choice but to tell my parents. Instead of yelling or hitting me, though, they just held me and cried. The next day, my dad took a day off from work and took me to a nearby, small arts college.

    I had lost all confidence in myself. Before my first biology test, I didn't think I could pass. I did pass. Since I had so much free time, I decided to join a biology lab. I realized that was what I wanted to do! I wanted to be a scientist!

    This past May, I graduated with the highest honors, and now I have my PhD in biology. Though it ended up taking me 5 years to graduate from college, I can say now that dropping out of MIT was one of the best things that ever happened to me. I've realized that a person is not their grades. I've realized how much my parents loved me. I've finally discovered my passion（热情）in life!