China's cancer researcher Zhu Chen, together with two French researchers Anne Dejean and Hugues de Thé, received Sjoberg Prize 2018 in Stockholm Concert Hall, Sweden on Friday.

    “We used wisdom from both Chinese and Western medicine and offered a cure to one of the most deadly cancers,” Chen told Xinhua, “I feel that Chinese medicine has potential to contribute more to human health. It struggles for benefiting all mankind. It's a language of peace, and of development and progress.” Chen recalled the cooperation with the two French researchers for over 30 years.

    This year's Sjoberg winners have developed a new and targeted treatment for a specific form of blood cancer called acute promyelocytic leukaemia (急性早幼粒白血病). It was once one of the deadliest forms of cancer, but it is now possible to cure nine out of ten patients who receive the new treatment. The winners have made this revolutionary development possible by methodically mapping the molecular mechanisms responsible for the disease.

    The Prize is awarded by the Royal Swedish Academy of Sciences and is funded (资助)by the Sjoberg Foundation. The foundation, with a donation of 2.5 billion US dollars, was founded in 2016, and serves to promote scientific research that focuses on cancer, health and the environment.

    The Prize is an annual international prize in cancer research awarded to individual researchers or research groups. The prize amounts to one million US dollars, of which 100,000US dollars is the prize sum and 900,000US dollars is funding for future research.

    Despite what so many people would love to believe, NASA hasn't discovered any evidence of past or present intelligent life on Mars. So, when the Curiosity rover (好奇号探测器）found something suspicious on the Red Planet's surface, they were not only surprised but also a little bit worried.

    The thin fragment (碎片）was suspicious enough to guarantee its own name, with NASA's Curiosity rover team calling it the “Pettegrove Point Foreign Object Debris,” named for the location where it was discovered. With no idea what it was or where it came from, the rover s handlers began to worry that it might actually be a piece of the rover itself, suggesting some unseen damage or other issue with the robot. Thankfully, those concerns seem to have been unfounded.

    In a new update from NASA the object has now been identified as a natural piece of rock rather than a piece of any man-made craft or vehicle. The team analyzed the bizarre object with a tool called the ChemCam RMI. The instrument uses a laser (激光器）t0 sniff out the makeup of anything it's pointed at, and the results for this particular piece of debris revealed that it's actually just a very thin piece of rock.

    NASA describes the inspection： The planning day began with an interesting result from the previous plan's ChemCam RMI analysis of a target that was referred to as “Pette Point Foreign Object Debris” （PPFOD),and speculated to be a piece of spacecraft debris fact was found to be a very thin flake of rock, so we can all rest easy tonight-Curi0sity n0t begun to shed its skin!

    How this particularly thin sliver of rock got to where it is—and why it seems to be a different colour than the surrounding sand and debris-remains unexplained, but at least the rover falling apart.

    As any plane passenger will confirm, a crying baby is almost impossible to ignore, no matter how hard you try. Now scientists believe they may have worked out why. A baby's cry pulls at the heartstrings(扣人心弦) in a way while other cries don't, researchers found.

    Researchers found that a baby's cry can trigger unique emotional responses in the brain, making it impossible for us to ignore them—whether we are parents or not. Other types of cries, including calls of animals in great pain, fail to get the same response—suggesting the brain is programmed to respond specifically to a baby' cry.

    A team of Oxford University scientists scanned the brains of 28 men and women as they listened to a variety of calls and cries. After 100 milliseconds—roughly the time to blink(眨眼)—two parts of the brain that respond to emotion lit up. Their response to a baby's cry was particularly strong. The response was seen in both men and women—even if they had no children.

    Researcher Dr Christine Parsons said, “You might read that men should just notice a baby and step over it and not see it, but it's not true. There is a special processing in men and women, which makes sense from an evolutionary view that both men and women would be responding to these cries.” The study was in people who were not parents, yet they are all responding at 100ms to these particular cries, so this might be a fundamental response present in all of us regardless of parental status.

    Fellow researcher Katie Young said it may take a bit longer for someone to recognize their own child's cries because they need to do more “fine-grained analysis”. The team had previously found that our reactions speed up when we hear a baby crying. Adults performed better on computer games when they heard the sound of a baby crying than after they heard recordings of adults crying.

    Don't put it off, do it now!

    Why do we spend so much time not doing the work we should do, or putting off small jobs that have piled up to create a big problem? Procrastinating, as putting things off like this is called, is in our character we have naturally since birth; we avoid dull or difficult jobs until it's too late to do anything else.

    "We often put things off although we know it will make life more stressful," says Dr. Steel, an authority on the science of motivation. "If these tasks were fun, we'd just do them now. We put off what is difficult or unpleasant, such as the paperwork that needs doing before leaving the office or cleaning the bits of your home that people can't see. But the fact is, the less people procrastinate, the more money they have, the better relationships they have, and the healthier they are." This is obvious when you look at the couples who don't argue about whether anyone has cleaned the kitchen, and the people who simply go for a run instead of endlessly rescheduling it in their heads.

    Of course, there are the rest of us, who feel the small jobs piling up around us daily. "We've evolved to respond to the moment, and not to set our sights too far in an uncertain world," Dr. Steel adds. "We are not set up to appreciate long-term rewards, whether it's the benefit of a four-year degree, doing exercise or dieting. We usually feel the cost now and the reward comes much later." According to Dr. Steel, we have two decision-making systems. They are the limbic, which is responsible for the short term, and the prefrontal cortex, which deals with the future. We bounce between long-term goals and short-term temptations, so we need goals that will translate our plans for the limbic system.

    Let's take the example of students' writing essays. They should set themselves targets and word counts per day. These are thus turned from seemingly endless tasks into something concrete with measured progress. Dr. Steel recommends such techniques, or "pre-commitments", adding that leaving you a month before the "deadline" makes it more likely a task will be completed. The benefit is that you'll avoid the embarrassment of not following up on something people are expecting you to do—telling everyone you are going to take up jogging makes you more likely to do so.

    Overcoming procrastination finally comes down to planning, which, if you're not careful, becomes procrastination in itself. But it is worth making sure you have everything in place. "Successful people don't pretend they don't procrastinate," Dr. Steel says. "People who pretend they have willpower are less successful." Instead, plan for procrastination: make your work environment a temple of productivity by cutting out what stops you paying your attention, so you can really focus on moving forward.

The last time you got angry, did you stop and listen to what your mind was telling you?

Ryan Martin, psychology professor at the University of Wisconsin, Green Bay, has spent his career doing just that. It turns out, the thoughts that we have in response to the first flare (爆发) of anger are what can send us over the edge—or help us control the emotion for good, Martin says.

Despite the trouble that it can cause, anger is not actually bad for us. From an evolutionary perspective, it plays an important role in our survival, Martin says: "It helps alert us to the fact that we've been wronged." When your heart starts to pound and your face gets hot, that's anger increasing your blood flow in preparation for a showdown (决战). "It's our fight or flight response, used to energize us to deal with injustice," he explains.  

Anger only becomes a problem when we can't manage it. Managing your anger, it turns out, is all about managing your thoughts. While anger may inform us of a threat—even if it's just to our reputation—it's the thoughts that determine how we respond. That's why strategies like cognitive behavioral therapy, which teach people healthier thought patterns, can be so successful.

Rather than ignore our anger, Martin wants us to see what our anger is telling us. If anger alerts us to possible injustice, for example, it's not helpful to simply dismiss it. "What I really want is for people to have accurate thoughts, thoughts that accurately reflect what's going on in the world around them," Martin says.

Throughout human history, there is a bottomless well of people who made great contributions so that we can now enjoy a better life. The following are, just four of those great minds.

Joseph Lister(1827—1912)

English surgeon(外科医生) Lister pioneered the use of antiseptic(防腐的)and antiseptic surgery which greatly improved survival rates from major surgery. For this, he is often referred to as the father of modern surgery as his use of antiseptic greatly increased the kinds of operations that could be carried out.

Maximilian Bircher-Benner(1867—1939)

Bircher-Benner was a pioneering Swiss physician and nutritionist. He advocated the eating of raw fruit and vegetables and discouraged eating meat and heavily processed foods. Although he was questioned by the scientific establishment, his healthy eating ideas took off and helped create a diet of processed bread, meat and carbs (碳水化合物). The healthy eating trends he established have continued to grow in popularity with more scientific research showing the health benefits of such a diet.

Paracelsus(1493—1541)

Swiss-German physician and leading health reformer. Paracelsus founded the discipline of toxicology(毒理学)and pioneered the use of chemicals in treating patients. He emphasized practical experience. He was also one of the first doctors to note illness can be psychological in nature.

Peter Mansfield(1933—2017)

English physicist who with Peter Lauterbur helped to develop magnetic resonance imaging(MRI)which gets doctors to see inside a patient's body without needing to cut it open. With MRI, doctors can see far more than with x-ray, which is limited to bones. He was awarded the Nobel Prize in Medicine in 2003.