production technology: Creativity Helpful For You | Self Improvement ...

Do you inform yourself that you are not a inventive individual as a result of you can?t draw or play an instrument or write poetry? I typically hear many of my clients bemoan, ?I am not artistic!?
This isn?t true! We all have the ability to be creative ? it is a God-given reward ? however you won?t be noticing or having fun with your specific form of creativity. It?s vital that you simply become conscious of which forms of creativity are fun and fulfilling for you, because expressing your creativity is a strong method of feeling filled up and joyful within.

Creativity naturally pours out of my three-yr previous grandson, as it does out of all little youngsters who?re given the opportunity to specific it. When I was spending time with him recently, he was enjoying with a youngsters?s microscope that has little slides with numerous bugs and other little creatures that he can slide in. He slid in just a little shrimp and then beginning operating across the room saying, ?Grandma, the shrimp is within the heater! Get it out!? Once I coaxed out the little shrimp, it now magically appeared underneath the desk, or within the lamp, or back in the heater! He delighted in operating around pretending this little shrimp was in every single place and engaging me in his magical recreation, laughing as he thought up new place for the shrimp to hide! I could see the pure joy he experiences in expressing his creativity.

How will you express your creativity in on a regular basis methods?

Maybe you really love scrapbooking or making picture albums, creating ways of having fun with memories. Do you enjoy setting a beautiful desk, or creating a beautiful flower arrangement from flowers that you grow? Do you love creating an exquisite?ashford Coupons garden? How about making a bulletin board in your home or office for others to get pleasure from? Maybe you just take pleasure in placing on music and permitting your physique to bop around the room. Do you like being in your workshop, making issues out of wooden for yourself and others? One man I know determined to precise his creativity by carving a totem pole, though it was something he had by no means done and had no thought the way to do it!

Possibly choosing out materials and making clothes or blankets is enjoyable for you, or knitting or crocheting for yourself, household and friends. Do you may have fun making cards with stamps? Perhaps you enjoy making collages with photos from magazines.

You is perhaps a person who expresses your creativity through your kindness or by your humor. Perhaps volunteering is a form of creativity for you. Perhaps you have got learned to express your creativity in saying something sort to every person with whom you?re in touch throughout a day.

The purpose is, all of us have some ways during which we will specific our creativity, and expressing it?s important to our wellbeing. It is a great type of play. In case you spend your whole time simply getting issues finished and don?t allow time for your on a regular basis creativity, you?ll not feel alive and content within. The old saying, ?All work and no play makes Jack a uninteresting boy? applies to all of us. We feel boring inside once we do not allow time for play, for creativity, for kindness to ourselves and others.

Leon Edward helps people in Personal and Career Growth, leadership Development, Goal Setting, Success, Motivation, Self-Improvement, Happiness, Memory Improvement, Stress Reduction and more through his articles, blog posts and special reports . Join Leon Edwards Awesome Success Free, Get his personal success, development and growth weekly newsletter as well as success classics and tips on attracting success and wealth. Visit his Success-Leadership Library, Articles at http://www.AwesomeSuccess.org Leon Edward also helps people improve IQ, focus, memory, concentration, creativity, speed reading, public speaking , time management and reducing stress. Download his IQ Mind Brain Memory Self-Help library at his website http://www.IQMindBrainLibrary.comLeon Edward helps people improve in Leadership Development, Goal Setting, Success, Motivation, Self-Improvement, Happiness, Memory Improvement, Stress Reduction and more through his articles, blog posts and special reports . Join Leon Edwards Awesome Success Free, Get his personal development training, success and growth weekly newsletter as well as success classics and tips on attracting success and wealth. Visit his Success-Leadership Library, Articles at http://www.AwesomeSuccess.org

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Source: http://awesomesuccess.org/self-improvement-blogs/self-improvement/creativity/creativity-helpful-for-you/

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Source: http://production-technology.blogspot.com/2012/02/creativity-helpful-for-you-self.html

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Actor James Woods to testify on RI legislation (omg!)

PROVIDENCE, R.I. (AP) ? Rhode Island officials say actor James Woods will be testifying before a state legislative committee in support of a bill that would allow doctors to apologize for bad treatment outcomes, but ban those apologies from being used against them in malpractice lawsuits.

The Warwick native is set to testify before the House Committee on Judiciary on Wednesday in favor of the so-called "benevolent gestures" bill.

Woods' brother, Michael, died of a heart attack at Kent Hospital in 2006. Woods sued the hospital accusing emergency room staff of not doing enough to save his brother, but he settled the lawsuit after a hospital executive apologized and agreed to start an institute in Michael Woods' name.

Studies show medical malpractice claims decrease when doctors apologize for mistakes and other negative outcomes.

Source: http://us.rd.yahoo.com/dailynews/rss/entertainment/*http%3A//us.rd.yahoo.com/dailynews/external/omg_rss/rss_omg_en/news_actor_james_woods_testify_ri_legislation125842729/44635883/*http%3A//omg.yahoo.com/news/actor-james-woods-testify-ri-legislation-125842729.html

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Memory formation triggered by stem cell development

ScienceDaily (Feb. 24, 2012) ? Researchers at the RIKEN-MIT Center for Neural Circuit Genetics have discovered an answer to the long-standing mystery of how brain cells can both remember new memories while also maintaining older ones. They found that specific neurons in a brain region called the dentate gyrus serve distinct roles in memory formation depending on whether the neural stem cells that produced them were of old versus young age.

The study will appear in the March 30 issue of Cell and links the cellular basis of memory formation to the birth of new neurons -- a finding that could unlock a new class of drug targets to treat memory disorders.

The findings also suggest that an imbalance between young and old neurons in the brain could disrupt normal memory formation during post-traumatic stress disorder (PTSD) and aging. "In animals, traumatic experiences and aging often lead to decline of the birth of new neurons in the dentate gyrus. In humans, recent studies found dentate gyrus dysfunction and related memory impairments during normal aging," said the study's senior author Susumu Tonegawa, 1987 Nobel Laureate and Director of the RIKEN-MIT Center.

Other authors include Toshiaki Nakashiba and researchers from the RIKEN-MIT Center and Picower Institute at MIT; the laboratory of Michael S. Fanselow at the University of California at Los Angeles; and the laboratory of Chris J. McBain at the National Institute of Child Health and Human Development.

In the study, the authors tested mice in two types of memory processes. Pattern separation is the process by which the brain distinguishes differences between similar events, like remembering two Madeleine cookies with different tastes. In contrast, pattern completion is used to recall detailed content of memories based on limited clues, like recalling who one was with when remembering the taste of the Madeleine cookies.

Pattern separation forms distinct new memories based on differences between experiences; pattern completion retrieves memories by detecting similarities. Individuals with brain injury or trauma may be unable to recall people they see every day. Others with PTSD are unable to forget terrible events. "Impaired pattern separation due to the loss of young neurons may shift the balance in favor of pattern completion, which may underlie recurrent traumatic memory recall observed in PTSD patients," Tonegawa said.

Neuroscientists have long thought these two opposing and potentially competing processes occur in different neural circuits. The dentate gyrus, a structure with remarkable plasticity within the nervous system and its role in conditions from depression to epilepsy to traumatic brain injury -- was thought to be engaged in pattern separation and the CA3 region in pattern completion. Instead, the MIT researchers found that dentate gyrus neurons may perform pattern separation or completion depending on the age of their cells.

The MIT researchers assessed pattern separation in mice who learned to distinguish between two similar but distinct chambers: one safe and the other associated with an unpleasant foot shock. To test their pattern completion abilities, the mice were given limited cues to escape a maze they had previously learned to negotiate. Normal mice were compared with mice lacking either young neurons or old neurons. The mice exhibited defects in pattern completion or separation depending on which set of neurons was removed.

"By studying mice genetically modified to block neuronal communication from old neurons -- or by wiping out their adult-born young neurons -- we found that old neurons were dispensable for pattern separation, whereas young neurons were required for it," co-author Toshiaki Nakashiba said. "Our data also demonstrated that mice devoid of old neurons were defective in pattern completion, suggesting that the balance between pattern separation and completion may be altered as a result of loss of old neurons."

The work was supported by the RIKEN-MIT Center for Neural Circuit Genetics, Howard Hughes Medical Institute, Otsuka Maryland Research Institute, Picower Foundation and the National Institutes of Health.

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The above story is reprinted from materials provided by RIKEN, via ResearchSEA.

Note: Materials may be edited for content and length. For further information, please contact the source cited above.

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Journal Reference:

1. Toshiaki Nakashiba, Jesse?D. Cushman, Kenneth?A. Pelkey, Sophie Renaudineau, Derek?L. Buhl, Thomas?J. McHugh, Vanessa?Rodriguez Barrera, Ramesh Chittajallu, Keisuke?S. Iwamoto, Chris?J. McBain, Michael?S. Fanselow, Susumu Tonegawa. Young Dentate Granule Cells Mediate Pattern Separation, whereas Old Granule Cells Facilitate Pattern Completion. Cell, 2012; DOI: 10.1016/j.cell.2012.01.046

Note: If no author is given, the source is cited instead.

Disclaimer: This article is not intended to provide medical advice, diagnosis or treatment. Views expressed here do not necessarily reflect those of ScienceDaily or its staff.

Source: http://www.sciencedaily.com/releases/2012/02/120224152759.htm

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How to begin a Handbag Business

I am frequently requested the way i experienced the handbag design business. Did I study design in class? How did I?ve the courage to begin the business? Could it be as glamorous because it appears? The solutions to many of these questions are yes, just made it happen and often. As glamorous because the fashion industry could be, the end result is that it is business as with every other and also the ?main point hereInch is exactly what will unquestionably do or die you.

I went quite a effective handbag and diaper bag design business for nearly 8 years. I offered my bags to stores for example Barney?s New You are able to, Bloomingdale?s and several other stores and boutiques within the U.S. and overseas. It needs time to work to achieve clients like these the answer into it all is getting an item the purchasers and clients would like. I spent a long time banging my mind from the wall looking to get in to the ?exclusive? stores after which something miraculous happened. My boy was created and that i recognized I did not possess a awesome diaper/diaper bag to hold and that i wasn?t going to have a plastic-covered Winne the Pooh bag (no offense to Winnie the Pooh ? he?s certainly one of my faves!). I designed my dream baby bag during my mind while rocking my boy to rest one evening. I?d an example made, required some digital pictures from it and my sales reps and that i were off and away to market it ? mostly online and via individuals digital photos. The attention-opening thing about this process was that little did I understand this particular market was hungry for stylish diaper bags.

There have been a couple on the market at that time and that i soon discovered that rather than needing to call purchasers frequently and request these to buy my bags, I literally had purchasers calling me ? asking when they could make an order. Many of them only required phone digital photos and placed the orders ? it was getting too easy, also it truly was that simple ? all because there is a requirement for that product. Not nuclear physics I understand but something many small designers and business proprietors don?t understand once they start their companies. They begin simply because they like what they?re creating and, while I am all for passion, passion without interest in your products could keep you chasing after your tail for several weeks as well as years ? as well as squandering your a lot of money

So its you eager, passionate fashionistas available prepared to make the leap and begin your personal handbag or fashion business ? take heed. Make certain the marketplace is not over-saturated and completely evaluate industry and subsequent interest in an item like yours and you never know, you may be the following large factor while saving yourself plenty of frustration &amplifier a lot of money!

Source: http://business-entrepreneurialism.chailit.com/how-to-begin-a-handbag-business.html

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Deciding Where to Stay in Hawaii, Choose a Maui B and B | Free ...

[unable to retrieve full-text content]February 23, 2012 | Author: kgreenhaw51 | Posted in Travel & Leisure. A Maui B and B is the ... A Maui B and B inn that will not disappoint you is the Old Wailuku Inn. This is located in Maui and is one of the best bed and breakfast inns in Maui.

Source: http://www.freevideosinfos.com/2012/02/deciding-where-to-stay-in-hawaii-choose-a-maui-b-and-b/?utm_source=rss&utm_medium=rss&utm_campaign=deciding-where-to-stay-in-hawaii-choose-a-maui-b-and-b

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Making droplets drop faster

Friday, February 24, 2012

The condensation of water is crucial to the operation of most of the powerplants that provide our electricity ? whether they are fueled by coal, natural gas or nuclear fuel. It is also the key to producing potable water from salty or brackish water. But there are still large gaps in the scientific understanding of exactly how water condenses on the surfaces used to turn steam back into water in a powerplant, or to condense water in an evaporation-based desalination plant.

New research by a team at MIT offers important new insights into how these droplets form, and ways to pattern the collecting surfaces at the nanoscale to encourage droplets to form more rapidly. These insights could enable a new generation of significantly more efficient powerplants and desalination plants, the researchers say.

The new results were published online this month in the journal ACS Nano, a publication of the American Chemical Society, in a paper by MIT mechanical engineering graduate student Nenad Miljkovic, postdoc Ryan Enright and associate professor Evelyn Wang.

Although analysis of condensation mechanisms is an old field, Miljkovic says, it has re-emerged in recent years with the rise of micro- and nanopatterning technologies that shape condensing surfaces to an unprecedented degree. The key property of surfaces that influences droplet-forming behavior is known as "wettability," which determines whether droplets stand high on a surface like water drops on a hot griddle, or spread out quickly to form a thin film.

It's a question that's key to the operation of powerplants, where water is boiled using fossil fuel or the heat of nuclear fission; the resulting steam drives a turbine attached to a dynamo, producing electricity. After exiting the turbine, the steam needs to cool and condense back into liquid water, so it can return to the boiler and begin the process again. (That's what goes on inside the giant cooling towers seen at powerplants.)

Typically, on a condensing surface, droplets gradually grow larger while adhering to the material through surface tension. Once they get so big that gravity overcomes the surface tension holding them in place, they rain down into a container below. But it turns out there are ways to get them to fall from the surface ? and even to "jump" from the surface ? at much smaller sizes, long before gravity takes over. That reduces the size of the removed droplets and makes the resulting transfer of heat much more efficient, Miljkovic says.

One mechanism is a surface pattern that encourages adjacent droplets to merge together. As they do so, energy is released, which "causes a recoil from the surface, and droplets will actually jump off," Miljkovic says. That mechanism has been observed before, he notes, but the new work "adds a new chapter to the story. Few researchers have looked at the growth of the droplets prior to the jumping in detail."

That's important because even if the jumping effect allows droplets to leave the surface faster than they would otherwise, if their growth lags, you might actually reduce efficiency. In other words, it's not just the size of the droplet when it gets released that matters, but also how fast it grows to that size.

"This has not been identified before," Miljkovic says. And in many cases, the team found, "you think you're getting enhanced heat transfer, but you're actually getting worse heat transfer."

In previous research, "heat transfer has not been explicitly measured," he says, because it's difficult to measure and the field of condensation with surface patterning is still fairly young. By incorporating measurements of droplet growth rates and heat transfer into their computer models, the MIT team was able to compare a variety of approaches to the surface patterning and find those that actually provided the most efficient transfer of heat.

One approach has been to create a forest of tiny pillars on the surface: Droplets tend to sit on top of the pillars while only locally wetting the surface rather than wetting the whole surface, minimizing the area of contact and facilitating easier release. But the exact sizes, spacing, width-to-height ratios and nanoscale roughness of the pillars can make a big difference in how well they work, the team found.

"We showed that our surfaces improved heat transfer up to 71 percent [compared to flat, non-wetting surfaces currently used only in high-efficiency condenser systems] if you tailor them properly," Miljkovic says. With more work to explore variations in surface patterns, it should be possible to improve even further, he says.

The enhanced efficiency could also improve the rate of water production in plants that produce drinking water from seawater, or even in proposed new solar-power systems that rely on maximizing evaporator (solar collector) surface area and minimizing condenser (heat exchanger) surface area to increase the overall efficiency of solar-energy collection. A similar system could improve heat removal in computer chips, which is often based on internal evaporation and recondensation of a heat-transfer liquid through a device called a heat pipe.

The next step in the research, underway now, is to extend the findings from the droplet experiments and computer modeling ? and to find even more efficient configurations and ways of manufacturing them rapidly and inexpensively on an industrial scale, Miljkovic says.

###

Massachusetts Institute of Technology: http://web.mit.edu/newsoffice

Thanks to Massachusetts Institute of Technology for this article.

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Arima Communications looks to ship 23-25 million handsets in 2012

Arima Communications looks to ship 23-25 million handsets in 2012

Daniel Shen, Taipei; Steve Shen, DIGITIMES?[Friday 24 February 2012]

Arima Communications is expected to ship a total of 23-25 million handsets in 2012, of which 15-16 million units will be feature phones and the remaining 8-10 million units smartphone models.

Buoyed by orders from clients in the US and Japan, Arima will see its shipments surge to over five million units in the second quarter of 2012 and to 7-8 million units in the third and fourth quarter, the sources estimated.

Arima's shipments of smartphones will start gaining momentum in the second half of the year, covering models built on MediaTek, Qualcomm and ST-Ericsson platforms, the sources indicated.

With Motorola Mobility and Sony Mobile Communications both aiming to ship 30 million smartphones in 2012, Taiwan-based handset ODMs, including Arima, Compal Communications, Foxconn Electronics and Foxconn International Holding (FIH), are all expected to land more windfall orders, commented the sources.

Source: http://www.digitimes.com/news/a20120223PD221.html

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