Helium Important Quotes

I know that our hands break things just as frequent as we can fix them. And we often forget that sexism / is a family heirloom that we've been passing down for generations. As men, it is important that we start asking ourselves / What will the boys learn from us?

...ideas are definitely unstable, they not only CAN be misused, they invite misuse--and the better the idea the more volatile it is. That's because only the better ideas turn into dogma, and it is this process whereby a fresh, stimulating, humanly helpful idea is changed into robot dogma that is deadly. In terms of hazardous vectors released, the transformation of ideas into dogma rivals the transformation of hydrogen into helium, uranium into lead, or innocence into corruption. And it is nearly as relentless. The problem starts at the secondary level, not with the originator or developer of the idea but with the people who are attracted by it, who adopt it, who cling to it until their last nail breaks, and who invariably lack the overview, flexibility, imagination, and most importantly, sense of humor, to maintain it in the spirit in which it was hatched. Ideas are made by masters, dogma by disciples, and the Buddha is always killed on the road. There is a particularly unattractive and discouragingly common affliction called tunnel vision, which, for all the misery it causes, ought to top the job list at the World Health Organization. Tunnel vision is a disease in which perception is restricted by ignorance and distorted by vested interest. Tunnel vision is caused by an optic fungus that multiplies when the brain is less energetic than the ego. It is complicated by exposure to politics. When a good idea is run through the filters and compressors of ordinary tunnel vision, it not only comes out reduced in scale and value but in its new dogmatic configuration produces effects the opposite of those for which it originally was intended. That is how the loving ideas of Jesus Christ became the sinister cliches of Christianity. That is why virtually every revolution in history has failed: the oppressed, as soon as they seize power, turn into the oppressors, resorting to totalitarian tactics to "protect the revolution." That is why minorities seeking the abolition of prejudice become intolerant, minorities seeking peace become militant, minorities seeking equality become self-righteous, and minorities seeking liberation become hostile (a tight asshole being the first symptom of self-repression).

The facts are uncontroversial. Trump spent far less money on advertising than Clinton or his Republican opponents, yet he received a vastly greater volume of media coverage.20 The news business seemed strangely obsessed with this strange man, and lavished on him what may have been unprecedented levels of attention. The question is why. The answer will be apparent to anyone with eyes to see. Donald Trump is a peacock among the dull buzzards of American politics. The one discernible theme of his life has been the will to stand out: to attract all eyes in the room by being the loudest, most colorful, most aggressively intrusive person there. He has clearly succeeded to an astonishing degree. The data on media attention speaks to a world-class talent for self-promotion.21 Again, there can be no question that this allowed Trump to separate himself from his competitors in the Republican primaries. He appeared to be a very important person. Everyone on TV was talking about him.22 Who could say the same about Ted Cruz? Media people pumped the helium that elevated Donald Trump’s balloon, and they did so from naked self-interest. He represented high ratings and improved subscription numbers. Until the turn of the new millennium, the news media had controlled the information agenda. They could decide, on the basis of some elite standard, how much attention you deserved. In a fractured information environment, swept by massive waves of signal and noise, amid newspaper bankruptcies and many more TV news channels, every news provider approaches a story from the perspective of existential desperation. Trump understood the hunger, and knew how to feed the beast.

Speaking to our mother, we realized that any conversation might be our last, and because of that, we wanted to say something important. What could one say that hadn't already been printed on millions of greeting cards and helium balloons? "I love you," I said at the end of one our late night phone calls. "I'm going to pretend I didn't hear that," she said. ..... And then she hung up.

You don't have to make excuses for me. I'm often late." "Well, you have a very important job." Ethan squinted. "It's my week off. I woke up late and dropped dad's dinner off - got stuck in traffic." A rush of pleasant helium in his chest. "You bring dinner for your dad?" Javier's eyes shone. "That's so sweet.

TRACKING GAMES Hold an object in front of the baby. When you’re sure she’s seen it, let it drop out of your hand. At five or six months, most babies won’t follow the object down. But starting at about seven months, they’ll begin to anticipate where things are going to land. When your baby has more or less mastered this skill, add an additional complication: drop a few objects and let her track them down. Then hold a helium balloon in front of her and let it go. She’ll look down and be rather stunned that the balloon never lands. She’ll also give you a priceless look of betrayal—as though you cheated by defying the laws of physics. Let her hold the string of the balloon and experiment. Another great game involves your baby’s newly developed abilities to track moving objects even when they’re out of sight part of the time. Put your baby in a high chair and sit down at a table facing her. Slowly move a toy horizontally in front of her a few times. Then put a cereal box between you and the baby and move the ball along the same trajectory but have it go behind the box for a second or two. Most six-month-olds will look ahead to the other side of the box, anticipating where the ball will emerge. If your baby’s still having fun, try it again, but this time, instead of keeping the ball on the same path, make a 90-degree turn and bring the ball out from the top of the box. You can do the same kind of thing during games of peek-a-boo. Step behind a door so the baby can’t see you. Then open the door a little and poke your head out. Do that in the same place a few times and then higher or lower than where she was expecting to see you. Most babies find this endlessly amusing. Again, if your baby doesn’t respond to some, or any, of these activities, don’t worry. Babies develop at very different rates, and what’s “normal” for your baby may be advanced—or delayed—for your neighbor’s. And keep in mind that you don’t need to spend a lot of money on fancy toys. When my oldest daughter was about this age, one of her favorite toys was a plastic dish-scrubbing pad. And I remember taking her to FAO Schwartz in New York—zillions of fantastic toys everywhere—and thinking that she was going to want to play with everything. But all she wanted to do was play with the price tags. (She’s a teenager now, and I look back at that experience as a warning—she still spends an awful lot of time looking at price tags …) Give the Kid a Break Don’t feel that you have to entertain your baby all the time. Sure it’s fun, but letting her have some time to play by herself is almost as important to her development as playing with her yourself. And don’t worry; letting her play alone—as long as you’re close enough to hear what she’s doing and to respond quickly if she needs you—doesn’t mean you’re being neglectful. Quite the opposite, in fact. By giving her the opportunity to make up her own games or to practice on her own the things she does with you, you’re helping her learn that she’s capable of satisfying at least some of her needs by herself. You’re also helping her build her sense of self-confidence by allowing her to decide for herself what she’ll play with and for how long.

dramatically, but helium gas was 10 times as expensive. Under these conditions, Dr. Eckener, a pilot whose primary concern was safety and as Director of a Company attempting to make a profit, he was forced to make a difficult decision. His discussions with American businessmen and political officials had not resulted in the helium gas he so badly wanted. On the other hand he realized, an airship without lifting gas could not fly. His own company officials believed hydrogen to be safe and they did not share the American concern nor that of Eckener. During many of the flights in 1936, U.S. Naval officials were onboard the LZ-129, to study German operating methods of using hydrogen gas. Their resulting reports concluded that hydrogen properly used, was safe and should be considered used in any new or future American airships. The building of a dream The LZ-129 was a typical design for a Zeppelin airship, only it’s size was so remarkable. The structure was primarily built of triangular girders made of Duralumin, the interior was divided by a wire braced main frame, into 16 bays, in which each held a gas cell.2 Duralumin was an alloy of aluminum and copper with traces of magnesium, manganese, iron and silicon. It had been discovered by Dr. Alfred Wilm and his assistant Ing. Jablonsky, in September 1906. Late one Saturday evening, Jablonsky had completed testing numerous pieces and was ready to go home, when Dr. Wilm entered the lab, with just one more test. To everyone’s astonishment, the test piece was harder, with only ½% more Magnesium having been added. The last train for Berlin had departed and the two men worked the through the weekend, to perfect their Duralumin. Although Dr. Wilm wanted to obtain a patent on this new metal, that so many industries so badly required, he failed to take action. By not obtaining a patent, he gave German industry the opportunity to copy. Count von Zeppelin was amongst the first to realize the value of this new material. Dr. Alfred Wilm did not achieve the wealth he so rightfully desired and passed away on a small farm in the Riesengebirge, on August 6, 1937. Dr. Wilm placed an important mark on not only Zeppelin history, but in the design of countless airplanes ever since.3 The first Zeppelin airships had been constructed of simple aluminum, which is considerably weaker, so that strength was a major problem. It was not until LZ-26, which was the only Zeppelin assembled in Frankfurt-Rebstock, that Duralumin was practically used. Designed as a passenger airship, production of it’s parts had begun, when World War One started. Suddenly, this airship was no longer needed for civilian purposes and would fulfill military requirements only marginally. In order to provide space in the Friedrichshafen Zeppelin Sheds, for newer and larger designs; the completed girders and materials were transported to Frankfurt for assembly. The ship, approx. only 1/8 the