Lego Bricks & More 10664 Creative Tower

List Price: $119.99

Price: $101.35 & FREE Shipping

    Featuring 160 colorful Lego bricks to create anything your young kids can imagine, this item is designed to allow children complete flexibility. If you are looking for instruction sheets, many are found on the Lego site.

If you buy it together with the LEGO IDEAS BOOK, the price forboth will be $115.44.

Most Helpful Customer Reviews:

★ Spectacular value!

By Marissa McRoberts on November 29

The typical price per piece of Lego has been slightly more than$10 since 2005. At $101 for 160 pieces, this set is about $ 0.6 per piece. Itis a great deal.

But there are some downsides: no wheels, bushes, trees, grass,technic elements and that sort of thing. This is otherwise a fantastic starterset.

★ A great deal!

By Shawn Bosworth on December 6

   I got this set as a Black Friday deal for an amazing $30! I wanted 2 sets but they were gone before I could even get my hands on one. A very niceman gave me a spare that he grabbed. It's huge, strong and well-made. The boxis about 2 feet tall and is strong enough for a storage option. I will absolutely be looking to get another set one day!

    In the United States and several other countries , 2.5 million children play baseball in an organization called Little League . They play on teams in their hometowns . Their parents and other adults in the community coach or instruct them and serve as umpires（裁判员）to make sure that everyone follows the rules . Local businesses give money for the ball fields and the uniforms . Local teams compete against each other and the winners get to play teams that are more distant . Eventually , the top teams go to the Little League World Series .

    One hundred years after Abner Doubleday invented baseball in Cooperstown , New York , in 1839 , Little League got started in Pennsylvania . Three men started the game for neighborhood boys with a smaller playing field and fewer innings（局）than adult baseball . Little League became popular after World War II when the game spread across the United States . By 1955 it was played throughout North America and within five years it had spread to Europe. Children's baseball really caught on in Japan and Taiwan of China and teams from those areas won the World Series seven out of eight years . After this , the organization tried banning foreign teams from the World Series , but the ban came to an end after one year .

    At first , Little League was only for boys aged nine to twelve . However , in 1974 , the parents of girl baseball players brought a law suit . The courts ruled that Little League had to include both boys and girls . Later Little League added on softball and other games for teenagers up to age eighteen . Occasionally , a Little Leaguer becomes a professional player . For example , Gary Carter went from Little League to play nineteen seasons in the Major Leagues , ten of them as an All-Star player . By and large , youngsters play baseball for fun , but their parents are pround of them .

    The human beings seem to be facing a crisis （危机）． After Our best Go players were defeated one by one by the artificial intelligence (AI) AlphaGo, we lost our pride of being at the top of the intelligence chain. And in October，when Saudi Arabia gave citizenship to a robot named Sophia, another privilege of being human was take away．It looks like everything that separates humans and AI is at risk fight now．

    But we keep hoping that instead of “everything ”, there's still something left in us that makes us irreplaceable.

    To Hao Jingfang, winner of the 2016 Hugo Award for Best Novelette, that “something” is our consciousness. “AlphaGo is intelligent in a certain way, but not intelligent enough to ask the important questions – Do I like playing Co? Do I want to play Go today? Why do I have to play Go when you tell me to?” she once said．In other words, computer programs don't have a choice to say “no”． They probably don't even know what a “choice” is – all they ever do is calculate．

    And to He Huaihong，a philosophy (哲学) professor at Peking University，imagination and creativity are also what make us special. A machine couldn't have come up with the theory of gravity just because it was hit by a falling apple，he said．It's human imagination that connects what seem to be completely random and irrelevant concepts，something that a machine—which works by fixed rules only—can't do，at least for now．

    This is why BBC reporter Viktor Mayer-Schonberger suggested that instead of focusing on how computers have overshadowed us on calculating abilities than humans，we should probably “consider our quality at a different end of the spectrum (光谱)：creativity，originality (原创性)，even plain illogical craziness，instead of hard-nosed (顽固的) logic”，he wrote．

    So maybe in the future，as artificial intelligence becomes even more intelligent，humans and A1 will learn to use each other's talents for good．If AI can handle the boring tasks like calculating and driving for us，we'll have more time to create，think，and be busy with “being human”．

    The famous director of a big and expensive movie planned to film a beautiful sunset over the ocean, so that the audiences could see his hero and heroine in front of it at the end of the film as they said goodbye to each other forever. He sent his camera crew out one evening to film the sunset for him.

    The next morning he said to the men, "Have you provided me with that sunset?"

    "No, sir," the men answered.

    The director was angry. "Why not?" he asked.

    "Well, sir," one of the men answered, "we're on the east coast here, and the sun sets in the west. We can get you a sunrise over the sea, if necessary, but not a sunset."

    "But I want a sunset!" the director shouted. "Go to the airport, take the next flight to the west coast, and get one."

    But then a young secretary had an idea. "Why don't you photograph a sunrise," she suggested, "and then play it backwards? Then it'll look like a sunset."

    "That's a very good idea!" the director said. Then he turned to the camera crew and said, "Tomorrow morning I want you to get me a beautiful sunrise over the sea."

    The camera crew went out early the next morning and filmed a bright sunrise over the beach in the middle of a beautiful bay. Then at nine o'clock they took it to the director. "Here it is, sir," they said, and gave it to him. He was very pleased.

    They all went into the studio. "All right," the director explained, "now our hero and heroine are going to say goodbye. Run the film backwards so that we can see the 'sunset' behind them."

    The "sunset" began, but after a quarter of a minute, the director suddenly put his face in his hands and shouted to the camera crew to stop.

    The birds in the film were flying backwards, and the waves on the sea were going away from the beach.

    A team of engineers at Harvard University has been inspired by Nature to create the first robotic fly. The mechanical fly has become a platform for a series of new high-tech integrated systems. Designed to do what a fly does naturally, the tiny machine is the size of a fat housefly. Its mini wings allow it to stay in the air and perform controlled flight tasks.

    "It's extremely important for us to think about this as a whole system and not just the sum of a bunch of individual components (元件)," said Robert Wood, the Harvard engineering professor who has been working on the robotic fly project for over a decade. A few years ago, his team got the go-ahead to start piecing together the components. "The added difficulty with a project like this is that actually none of those components are off the shelf and so we have to develop them all on our own," he said.

    They engineered a series of systems to start and drive the robotic fly. "The seemingly simple system which just moves the wings has a number of interdependencies on the individual components, each of which individually has to perform well, but then has to be matched well to everything it's connected to," said Wood. The flight device was built into a set of power, computation, sensing and control systems. Wood says the success of the project proves that the flying robot with these tiny components can be built and manufactured.

    While this first robotic flyer is linked to a small, off-board power source, the goal is eventually to equip it with a built-in power source, so that it might someday perform data-gathering work at rescue sites, in farmers' fields or on the battlefield. "Basically it should be able to take off, land and fly around," he said.

    Wood says the design offers a new way to study flight mechanics and control at insect-scale. Yet, the power, sensing and computation technologies on board could have much broader applications. "You can start thinking about using them to answer open scientific questions, you know, to study biology in ways that would be difficult with the animals, but using these robots instead," he said. "So there are a lot of technologies and open interesting scientific questions that are really what drives us on a day to day basis."

    Olympic National Park, with its temperate rainforests and breath-taking views, exerts a natural pull on many Pacific Northwestemers. But Seattle writer Rosette Royale found it repellent. To Royale, the park seemed like a damp, dirty and unpleasant place. "I couldn't figure out why anyone would want to carry a 50-pound pack into the wilderness and camp there for days," he said. "It didn't make sense."

    Then he met Bryant Carlin, a vendor (小贩) for Real Change, the Seattle weekly sold on the street by vendors who are homeless or low-wage earners. He was also a skilled outdoorsman and a nature photographer who would take weeks-long photographic journeys to the park. The two men connected in the fall of 2011 when Royale interviewed Carlin for a feature story in Real Change about Carlin's photography.

    That first time they met—and for years afterward—Carlin invited Royale to go camping with him. Each time, Royale said "Thanks, but no thanks." Until one day, in the spring of 2015, Royale surprised himself by saying yes. "Little did I know," said Royale, "that saying 'yes' would change the course of my life."

    Royale and Carlin went on five separate journeys to the Olympic wilderness. They camped in spring, summer, fall and winter. For Royale, the trips were exhausting and terrifying. But the trips were also inspiring, and helped Royale—a black, strange man—to develop a relationship with the outdoors that he had never experienced before.

    For Carlin, the trips were an opportunity to throw off the label of "homeless". In Olympic National Park, sleeping outside just means you're a camper. But there was one aspect of Carlin's life in the city that he couldn't escape: alcohol abuse. While he never brought beer on their camping journeys, the effects of years of drinking weren't so easy to leave behind.