Thursday, May 16, 2013

After the Honeymoon Is Over - Huffington Post

When did the honeymoon end in your relationship? Was it the first time you realized that your mate wasn't all you had hoped for? Or maybe it was when you discovered that sometimes their cheerful optimism could turn to resentment or depression for no apparent reason. Do you remember your first fight? How about the first time that you wondered whether you had made a mistake in your selection of a partner? If you're typical, then you've had the experience of disappointment, frustration, confusion, resentment or helplessness more times than you'd care to admit since you exchanged vows.

If you're like most of us, you may have taken these feelings as an indication that something could be seriously out of line in our marriage or relationship. And if you're human, you've probably attempted to influence your partner's feeling, attitudes or behaviors only to discover that you'd now created a new problem.

Most of us spend between 12 and 20 years of our lives in school, yet nowhere are we really informed as to the specific requirements of sustaining and enhancing the quality of our relationships. We hope, believe or pray that despite our ignorance of the nature of interpersonal relationships that we can make it work anyway. And when the inevitable upsets arrive, we may feel defeated, angry, or despaired.

Though conflict may not be avoidable in marriage, it is not necessarily a foreshadowing of doom. Differences in opinions, feelings, temperaments, and even values are an inherent aspect of relationship. In fact, we generally select partners who will help us to expand our inner and outer lives by offering a life perspective that differs from our own. Unfortunately, opening up to these opportunities for growth can be excruciatingly uncomfortable. Often it is easier to tell ourselves that "it's just not meant to be." And yet how many of us are acquainted with couples who called it quits in frustration, only to turn around and play out the same pattern with another person?

What if the object of relationships was not to eliminate or even minimize conflict but to work with it in an effective, responsible and conscious way? What if each breakdown that occurred between you held the seeds of the possibility of becoming a more loving and wiser person? What if your experience of your relationship had more to do with you than it did with your partner? What if there were no mistakes or wrong choices in the selection of a mate, and you really do have the perfect partner for the lessons that you're in this relationship to learn?

The purpose of these questions is to generate an inquiry and to begin the process of going beyond the models, expectations, and beliefs we all have about relationships. In this way, we discover and create new possibilities. The biggest barrier in the development of a high-functioning partnership is our own preconceived beliefs about being in relationship.

Observing the suffering of other couples that are struggling in their marriages, it's easy to presume that things inevitably break down sooner or later and that for most couples, the breakdown is permanent. It's easy to wonder, "Who's next? Is it us?" The tendency to feel resignation and hopelessness in the face of fear is a choice, often made out of a desire to avoid looking more directly at some of the more difficult questions, such as:

"How might I have contributed to the current situation?"
"What beliefs about myself or others might I be validating by holding on to my position?"
"What is it that I'm so attached to being right about and why?"
"What, if anything, might I have done that I need to reveal to my partner?"
"What fear is underneath my fear of losing (or staying in) this relationship?"
"What unfulfilled needs or desires have I failed to disclose to my partner, and why?"
"What forms of manipulation (examples: intimidation, nagging, fault-finding, guilt-tripping, shaming, raging, withdrawing) have I used to try to coerce my partner into accommodating my desires?"
"Am I making my partner responsible for fulfilling needs within myself that are my responsibility and not theirs?"

The common thread that runs through all of these questions is that they are all self-referential. They require us to redirect the focus of our attention away from our partner and look instead at ourselves, to look at our part in the chain of events that led us to the point where we currently stand. Doing so does not absolve them of their responsibility in the breakdown, but it empowers us to focus our energies on the only person that we have the power to influence in this scenario, and that is ourselves.

Taking our attention off of our partner will enable us to embody a higher level of vulnerability and encourage them to them to feel less defensive and consequently more inclined to listen to our concerns and needs with a more conciliatory attitude. Such openness is likely to promote a greater likelihood that he or she will be more willing to reciprocate by responding more non-adversarially themselves, thus interrupting the cycle of defensiveness that turns ordinary differences into destructive conflict.

There is, of course, no guarantee that their response will be reciprocal. Our vulnerability is merely an invitation to respond with vulnerability. It is not assurance that such a response will be forthcoming. There is, however, no better way to find out how willing your partner is to undefend themselves than by providing an example for what this can look like by disarming yourself of your own defenses.

When we can interrupt these patterns, we can move beyond the concerns of day-to-day survival and raise new questions having to do with greater possibilities, such as, "How great could our relationship really be?" Once we understand that there is so much more that is possible than we may have previously realized, old dreams are reawakened and new ones come into being along with a newfound confidence to implement them.

Paradoxically, it's only when we accept that there is no magic involved in the process of relationship building, and no perfect partner with whom we can effortlessly co-create the partnership of our dreams, that we begin to experience the degree of ease and joy that we had previously hoped for. But first we need to free ourselves of our limiting beliefs and expectations. Like the saying goes, to find the partner of your dreams, you must first become the partner of your dreams. In so doing you will become irresistible to that person that you have been waiting for, whether you haven't met them yet or whether you've been married to them for 30 years!

For more by Linda Bloom, LCSW, and Charlie Bloom, MSW, click here.

For more on conscious relationships, click here.

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Follow Linda Bloom LCSW and Charlie Bloom MSW on Twitter: www.twitter.com/bloomwork

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Source: http://www.huffingtonpost.com/linda-bloom-lcsw-and-charlie-bloom-msw/relationship-advice_b_3274302.html

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Drunk driving: Why is MADD among critics of lower alcohol limit? (+video)

The National Transportation Safety Board is proposing that the legal limit for a driver's blood-alcohol content be reduced from 0.08 to 0.05. Critics say it's the wrong focus for anti-drunk driving efforts.

By Ryan Lenora Brown,?Correspondent / May 15, 2013

National Transportation Safety Board (NTSB) Chair Deborah Hersman speaks during a news conference in Washington, on Feb. 7. Federal accident investigators were weighing a recommendation Tuesday that states reduce their threshold for drunken driving from the current .08 blood alcohol content to .05, a standard that has been shown to substantially reduce highway deaths in other countries.

Ann Heisenfelt/AP/File

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On its surface, the recommendation seems simple: reduce the legal limit for blood-alcohol content (BAC), and drunken-driving fatalities will fall, too.

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'; } else if (google_ads.length > 1) { ad_unit += ''; } } document.getElementById("ad_unit").innerHTML += ad_unit; google_adnum += google_ads.length; return; } var google_adnum = 0; google_ad_client = "pub-6743622525202572"; google_ad_output = 'js'; google_max_num_ads = '1'; google_feedback = "on"; google_ad_type = "text"; // google_adtest = "on"; google_image_size = '230x105'; google_skip = '0'; // --> Jeff Glor reports on the National Transportation Safety Board's new suggestions for lowering the blood alcohol limit by nearly half -- and the objections they're receiving from the beverage and hospitality industries.

But nearly as soon as the National Transportation Safety Board (NTSB) made that proposal Tuesday, a chorus of dissent began. Lower the BAC limit, critics argued, and you criminalize responsible social drinkers ? and do little to make the roads safer.

And the opposition came from some unlikely corners.

?As a mother whose daughter was killed by a drunk driver, the most important thing to me is that we save as many lives as we can as soon as possible,? says Jan Withers, president of Mothers Against Drunk Driving (MADD). ?The issue with lowering the legal limit is that it will take a lot of effort for a potential result that is many, many years down the line.?

While MADD doesn?t oppose the idea of lowering the legal limit in principle, it?s the wrong place for the government to focus its efforts against drunken driving now, she says. It?s a critique mirrored by many involved with drunken-driving policy issues.

The NTSB is proposing that the legal limit for BAC be reduced from its current level of 0.08 to 0.05.

There?s no neat correlation between blood-alcohol level and drinks consumed, but in general, a 140-pound person could consume three drinks and fall below the 0.08 ceiling, and a 180-pound person four. But if the limit were set at 0.05, that would drop to two drinks or less for the smaller person and three for the larger.?

?The fact is, many alcohol-involved traffic incidents aren't caused by alcoholics, but just people who had one too many, and lowering the legal limit helps deter those people,? says Thomas Babor, an expert on alcohol abuse at the University of Connecticut?s medical school in Farmington. ?

Indeed, both supporters and critics of the NTSB recommendation agree on that point: Drunken drivers shouldn?t be on the road. But how you make that happen is a sticking point.

According to the NTSB, a driver with a BAC of 0.05 is 38 percent more likely to be in a crash as compared with a completely sober driver, and a driver with a level of 0.08 is 169 percent more likely. (The figure rises to nearly 400 percent when the driver has a BAC of 0.10.)

At 0.05, individuals are ?as distracted as you are when you have the radio up too loud,? says Sarah Longwell, managing director of the American Beverage Institute, a trade organization.

Source: http://rss.csmonitor.com/~r/feeds/csm/~3/J0rP5AypbO8/Drunk-driving-Why-is-MADD-among-critics-of-lower-alcohol-limit-video

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New Gmail Action Buttons Let You Perform Tasks From Your Inbox

One of the smaller?but nonetheless incredibly useful?new updates from Google is a series of actions buttons in Gmail which will help you handle tasks without having to send more messages or leave your inbox.

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Source: http://feeds.gawker.com/~r/gizmodo/full/~3/pNlej-oXm7E/new-gmail-action-buttons-let-you-perform-tasks-from-you-507318612

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Wednesday, May 15, 2013

The Construction Lamp: An Oil Derrick Look, Inspired by Tinker Toys

The Construction Lamp looks like oil derricks you see dotting the landscape in parts of Texas. Their industrial aesthetic is the result of the designer Joost van Bleiswijk playing with the nuts, bolts, and tools in his workshop as though he was still a kid.

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Source: http://feeds.gawker.com/~r/gizmodo/full/~3/xxg_MgaFayM/the-construction-lamp-an-oil-derrick-look-inspired-by-505543079

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Electronics comes to paper: Paper, being light and foldable, works well for electrically conducting structures

May 15, 2013 ? Paper, being a light and foldable raw material, is a cost-efficient and simple means of generating electrically conducting structures.

Paper is becoming a high-tech material. Researchers at the Max Planck Institute of Colloids and Interfaces in Potsdam-Golm have created targeted conductive structures on paper using a method that is quite simple: with a conventional inkjet printer, they printed a catalyst on a sheet of paper and then heated it. The printed areas on the paper were thereby converted into conductive graphite. Being an inexpensive, light and flexible raw material, paper is therefore highly suitable for electronic components in everyday objects.

Cost-efficient and flexible microchips are opening up applications in the electronics sector for which silicon chips are too expensive or difficult to make, and for which RFID chips, now available on a widespread basis, simply do not suffice: clothes, for instance, that monitor bodily functions, flexible screens, or labels that give more information about a product then can be printed on the packaging.

Although many scientists around the world are successfully developing flexible chips, they have been forced to almost always rely on plastics as the carrier and, in some cases, use polymers and other organic molecules as conductive components. These materials may meet many requirements; however, they are all, without exception, sensitive to heat. "Their processing cannot be integrated into the usual production of electronics, because temperatures in production can reach over 400 degrees Celsius," says Cristina Giordano, who leads a working group at the Max Planck Institute of Colloids and Interfaces and as now come up with an alternative solution.

Paper electronics enables three-dimensional conductive structures

Carbon electronics, which Giordano and her colleagues create from paper, can withstand temperatures of around 800 degrees Celsius during production in an oxygen-free environment, and would not have a negative impact on established processes. And that is not the only trump card of paper-based electronics. The light and inexpensive material can be processed very easily, even into three-dimensional conductive structures.

The Potsdam-based researchers convert the cellulose of the paper into graphite with iron nitrate serving as the catalyst. "Using a commercial inkjet printer, we print a solution of the catalyst in a fine pattern on a sheet of paper," says Stefan Glatzel, who is responsible for bringing electronics to paper in his doctoral thesis. If the researchers then heat the sheets that were printed with a catalyst to 800 degrees Celsius in a nitrogen atmosphere, the cellulose will continue to release water until all that remains is pure carbon. Whereas an electrically conducting mixture of regularly structured carbon sheets of graphite and iron carbide forms in the printed areas, the non-printed areas are left behind as carbon without a regular structure, and they are less conductive.

That actual, precisely formed conducting paths are created in this way was demonstrated by the researchers in a simple experiment: First, they printed the catalyst on a sheet of paper in the pattern of Minerva, the subtle symbol of the Max Planck Society. The printed pattern was then converted into graphite. They then used the graphite Minerva as a cathode, which was electrolytically coated with copper. The metal was only deposited on the lines sketched by the printer.

An origami crane dressed in copper

In another experiment, the team in Potsdam demonstrated how three-dimensional, conductive structures can be created using their method. For this experiment, the team folded a sheet of paper into an origami crane. This was then immersed in the catalyst and baked into graphite. "The three-dimensional form was completely retained, but consisted entirely of conductive carbon after the process," says Stefan Glatzel. He demonstrated this again by electrolytically coating the origami bird with copper. The entire crane subsequently had a copper sheen.

Finally, the actual process of the catalytic conversion was illustrated by the Max Planck scientists. Using a transmission electron microscope, they made a film of the process, observing how the catalyst journeyed through the paper in the form of nano droplets of an iron-carbon molten mixture, leaving graphite in its wake. This aspect, too, might be interesting for possible applications of the process. The better the understanding of chemists when it comes to what actually happens during the process, the better they can control the reaction. And this does not only apply to the production of paper electronics, but also to the manufacture of carbon nanotubes, where iron has been used as a catalyst for quite some time already.

Graphene structures from thin paper

This video of the graphite formation gave the researchers a comprehensive insight into catalytic conversion. Starting from these results, they are now trying to end a dispute over the mechanism behind the conversion. Some of their colleagues assume that the reaction takes place in a solid state. "Our study, however, shows that molten metal, or a so-called eutectic, is formed," says Giordano. "We observed something interesting here, as iron itself does not melt until temperatures of about 1500 degrees are reached."

Why the mixture of iron and carbon melts at relatively low temperatures is now being examined more closely by Giordano and her team. It may be possible to use this effect in other areas. Moreover, the researchers intend to further explore the potential of paper electronics. Here, they do not just want to exploit the magnetic properties of the material, which are a result of the iron carbide. By reducing the paper strength and subtly controlling the process, they also want to create conducting paths from graphene; by "graphene," they are referring to one of the carbon sheets that are stacked on top of each other in the graphite. "We will also combine graphite with other materials," explains Giordano. The inkjet printer makes this possible -- it is from the printer's cartridges that iron nitrate solutions, as well as solutions from other metal salts or dispersions containing metal particles finely distributed in water can be brought to paper.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/strange_science/~3/arqoaEuLVx4/130515085214.htm

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'Warm Bodies' Exclusive Outtakes Prove Zombies Can't Keep A Straight Face

"Warm Bodies" might be zombie movie, but it's also a romance. And you can't have a zombie romance without having some self-aware humor in the thing. That would be too ridiculous, otherwise. That being the case, it should come as no surprise to find a guy like Rob Corddry showing in "Warm Bodies" as one [...]

Source: http://moviesblog.mtv.com/2013/05/14/warm-bodies-outtakes/

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HP SlateBook x2: An Android Notebook With Sweet Tegra 4 Guts

On the heels of its very first Android tablet after a long affair with webOS, HP's just announced its second device running the Google operating system, and it's ushering in that Android notebook fad we've all heard whispers about. Enter the SlateBook x2, the first Tegra 4-powered, 10-inch Android convertible.

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Source: http://feeds.gawker.com/~r/gizmodo/full/~3/UTiceqZcpz8/hp-slatebook-x2-an-android-notebook-with-sweet-tegra-4-505963207

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