South Pole posts most severe cold season on record, a surprise in a warming world

Acoustic levitation allows small objects, like droplets of liquid, to float. Unless you travel into the vacuum of space, sound is all around you every day. But most of the time, you probably don't think of it as a physical presence. You hear sounds; you don't touch them. The only exceptions may be loud nightclubs, cars with window-rattling speakers and ultrasound machines that pulverize kidney stones. But even then, you most likely don't think of what you feel as sound itself, but as the vibrations that sound creates in other objects. The idea that something so intangible can lift objects can seem unbelievable, but it's a real phenomenon. Acoustic levitation takes advantage of the properties of sound to cause solids, liquids and heavy gases to float. The process can take place in normal or reduced gravity. In other words, sound can levitate objects on Earth or in gas-filled enclosures in space. The NLOS cannon: The reason your day's about to take a turn for the worst. See more images of the Army. It's 2012, and you find yourself in the precarious position of being a soldier in a military that's embattled against the United States. The caravan of armored vehicles you're a part of comes to a halt. An unmanned aerial drone has just appeared over the horizon, flying toward the caravan. You and several members of your platoon are ordered out of your vehicle to destroy the reconnaissance drone. You look upward to the curious sight of several small parachutes suspending what looks like canisters, drifting toward the caravan. Strangely, despite a crosswind that should be carrying the canisters away, you notice that each one is headed directly for a vehicle. You hear someone shout "cluster bomb!" in your native language, followed by a body-rattling, quick succession of explosions. Your vision blurs, you hear only a single high-frequency note. Besides, parallel warping is used to further fuse information from neighboring frames by parallel feature warping. Experimental results on three tasks, including video super-resolution, video deblurring and video denoising, demonstrate that VRT outperforms the state-of-the-art methods by large margins (up to 2.16dB) on nine benchmark datasets. Video restoration, which reconstructs high-quality (HQ) frames from multiple low-quality (LQ) frames, has attracted much attention in recent years. Compared with single image restoration, the key challenge of video restoration lies in how to make full use of neighboring highly-related but misaligned supporting frames for the reconstruction of the reference frame. As shown in Fig. 0(a), sliding window-based methods generally input multiple frames to generate a single HQ frame and processes long video sequences in a sliding window fashion. Each input frame is processed for multiple times in inference, leading to inefficient feature utilization and increased computation cost. Some other methods are based on a recurrent architecture. As shown in Fig. 0(b), recurrent models mainly use previously reconstructed HQ frames for subsequent frame reconstruction. The tale is persistent and widespread. It's stayed around for hundreds of years, and no matter how many historians refute it, people still pass it on. It's the kind of tidbit most people can't help spreading around, even if they've resolved to spend less time gossiping. Even though some of the details might have changed, the core of the story is the same as it was 200 years ago. In this respect, real gossip is different from the "telephone game" often used to teach children about its hazards. However, unlike the story of Catherine II, not all gossip is malicious or untrue. Like swearing, another use of language many people try to avoid, gossip plays a number of roles within social groups, and some of them can actually be useful. Sociologists, linguists, psychologists and historians are among the people who research gossip and how it functions in society. It's a tricky phenomenon to study, though. With that in mind, we're going to compare and contrast the two technologies across a variety of parameters, starting with the kind of energy they emit. X-rays or Millimeter Waves? A volunteer stands inside a backscatter scanner during a demo at the Transportation Security Administration's Systems Integration Facility at Ronald Reagan National Airport on Dec. 30, 2009. Backscatter technology is one of two types of imaging technology that the U.S. Both types of scanners give off energy in the form of electromagnetic radiation, which exists in nature as waves of energy made from both electric and magnetic fields. These waves travel through space and come in various sizes, or wavelengths. Millimeter wave scanners produce a special type of microwaves with wavelengths that fall in a range exactly between 0.001 meters (1 millimeter) and 0.01 meters (10 millimeters). In other words, the waves emitted by mmw scanners are much larger and therefore have less impact on small structures, such as human proteins and nucleic acids.|While millions around the world flocked to see the fourth film in the "Transformers" franchise, the movie studio still felt the need to inflate its projections for box-office success. Despite a generally disappointing year at the box office, 2014 produced one record-breaking blockbuster: "Transformers: Age of Extinction," the fourth installment in the toy-inspired Transformers series. That film alone brought in more than $1 billion in worldwide box office ticket sales. The movie received generally terrible reviews, and it ranks embarrassingly low on Rotten Tomato's Tomatometer of positive critical response. And, as part of the series, "Transformers: Age of Extinction" did not live up to the popularity of its predecessors in the U.S. With a total box office of $241.2 million domestically (meaning in the U.S. If you want to learn how the Hollywood box office works, the fourth Transformers installment is an interesting case. 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