You’re waiting in an unbearably long line. You tap your feet and check you watch - over and over again. Your body posture and movement convey your restlessness to all nearby observers. But are your eye movements giving away your impatience as well?
We are social animals. Our social surroundings shape us in more ways than one. Those we choose or unwittingly allow in our “cognitive neighborhood” can have tremendous effects on our health, mentality and even personality development. Cognitive scientists at Indiana University investigating social learning have unearthed yet another one of these social triggers, and it might catch you off guard.
Walk down any street and you are likely to see packs of pedestrians glued to smartphone screens. Sit down at any restaurant and you are likely to see droves of diners sacrificing interaction with their neighbors to focus on their smartphones. Nowadays, you would think carrying a smartphone is as essential as wearing a shirt and a pair of pants. In fact, this level of attachment may necessitate an invention that allows people to wear their smartphones as accessories.
A recent study conducted by researchers at the University of Iowa found that, relative to body size, men’s noses are on average 10 percent larger than women’s.
Ever taken a course in quantum physics? If not, you probably at least know that there’s something inherently complex about the field that manages to perplex even today’s greatest scientists. Einstein admitted that some parts of quantum physics are pretty “spooky.” Well, something spooky may actually be occurring in the universe this very instant: the formation of a wormhole. It turns out, according to some physicists at University of Washington and Stony Brook University in New York, that this wormhole may be forming through something called quantum entanglement.
Everyone is familiar with those things that may seem easy enough at first, but turn out to be ridiculously difficult. For many people, that thing is beatboxing.
Ones and zeros are the most relevant numbers for anyone using a computer, cellphone, modern cable . . . the list goes on. In the modern world, the binary code has become nearly synonymous with computing. However, this may change in the near future. Quantum computing may soon burst into the scene, as it is inching out of the foggy realm of theory into a world of mainstream usage.
In 1965, Intel co-founder Gordon Moore observed that as electronic devices such as cell phones and cameras decreased in size, their processing power and memory capability grew exponentially. His conjecture, which soon became known as “Moore’s Law,” has become one of the driving forces behind technological advancement. Over the past few decades, scientists and inventors have continually defied the limits of technology. We are all too accustomed to ultra-thin cell phones and super fast computers, the likes of which our grandparents and maybe even parents never could have imagined.
Since the introduction of Android, there have always been particularly high expectations for Google’s popular operating system to deliver one of the best mobile phone experiences. Google offers an unique open-source platform that allows manufacturers and to a lesser extent, users, to customize their phones’ software. With frequent, and sometimes rather extensive, updates, Google has made sure that Android always continues to stay a modern and convenient platform.
On Nov. 21, President Obama signed the HIV Organ Policy Equity (HOPE) Act into law. This legislation will allow HIV-positive individuals to donate organs to HIV-positive patients.
How much could a company that makes zero operating profit be worth? Over $3 billion in cash, Facebook would tell you. Earlier this week, the social networking website offered to buy Snapchat, a company recently popularized by its photo sharing app for that sum of money — and Snapchat turned it down. This certainly raises another pertinent question: How is Snapchat worth anything?
About 165 million years ago a pair of froghoppers’ mating ritual was rudely interrupted by a volcanic eruption. Fortunately the wind blew these two love bugs into a lake where time and the weight of sediment were able to preserve their passionate moment.
Universal Pictures brings back Gru (Steve Carell) and his enjoyable minions in the animated summer sequel to the hit movie Despicable Me. An enjoyable film for all ages, Despicable Me 2 portrays Gru as an amicable animated character who has given up his past life as a super villain in favor of becoming a stressed-out single father for his three adopted children. In this movie Gru is recruited by the Anti-Villain League (AVL) to stop an evil plot and save the world. The main story line focuses on Gru identifying and capturing the villain. There is also an interesting sub-plot, where Gru finds love with fellow AVL agent Lucy (Kristin Wiig).
Making decisions is hard. Making collective decisions is harder. Think about how hard it would be to decide where to buy a house. Then think about how hard it would be to decide where to buy a house with several hundred roommates. As unmanageable as that sounds a new study shows that ant colonies are able to do just that.
For a soldier wounded in combat or civilian hurt in a car crash, pain does not end in the emergency room. For many amputees the physical hardship has only just begun. An amputation is immune to time and rehabilitation; it results not only in a physical loss but also in the loss of the victim’s ability to carry out normal life as he or she once knew it. Most will go on to receive prosthetics of some sort, but as inanimate limbs, a prosthetic is inherently limited in its potential to restore varied function.
Recently released prescription guidelines increase the number of adults likely to benefit from cholesterol-lowering drugs called statins from 15.5% to 31%.
A rare microbe that survives on very little to eat has been found in two places on Earth: spacecraft clean rooms in Florida and South America.
In modern day society, countless wifi, radio and microwave signals are given off from electronic devices such as cell phones. These signals are essential in connecting people to social media and to each other. However, manufacturing signals requires energy that is wasted after they finish transferring their information. In the face of a looming energy crisis, scientists are searching for methods that can convert these signals into usable energy, minimizing the loss of energy when an electronic device is used. A promising method has been discovered recently by a research team led by Steven A. Cummer, an electrical and computer engineering professor at Duke University.
A newcomer named ISON is paying a visit to our inner solar system just in time for this year’s Thanksgiving meal. If your eye has any inclination towards the night sky you might want to set your alarm at an ungodly hour for a chance to glimpse what is to be a spectacular show from outer space.
Robots are the main feature in countless sci-fi movies. They are usually extremely intelligent, resilient and, sometimes, eerily indistinguishable from flesh-and-blood humans. On the contrary, current generations of the robots are crude attempts at imitating those in the movies. Robots in use today are often bulky instruments used for industrial manufacturing. There are some, however, that are being produced which aim to resemble the intelligent machines portrayed on the big screen.
