Let me start by saying upfront that I liked this movie much more than I thought I would, which was a pleasant surprise. At the core, it is a lightly comedic “coming of age” movie set in 1980’s America. Our hero is James Brennan (played by Jesse Eisenberg), who is a recent college grad looking forward to spending his summer touring Europe before settling down into “real life” (which in his particular case, involves grad school). Unfortunately, his parents inform him that they’ll be unable to help foot the bill for his European tour, and he winds up having to work at a shabby, run down amusement park for minimum wage. Definitely not the summer he had in mind for himself.
It isn’t long before he meets Em (played by Kristen Stewart, of Twilight “fame”) and a tender, sweet, surprisingly intelligent romance begins to bloom. For me, the big surprise here was Kristen Stewart’s performance. Having been completely underwhelmed by her in the Twilight series, I have to admit that I wasn’t expecting much, and was happy to be proved wrong. The woman can actually act, and played the role to near perfection.
Director Greg Mottola lets the film wander where it will, guiding it with a light but deft touch so that it never strays too far afield, and what you’re left with is a surprisingly good romance and coming of age story with an unlikely setting, but somehow, the shabbiness of the amusement park makes the whole piece feel more genuine and poignant. By the end (and there will be no spoilers here!), you’re happy to have taken the journey with these characters, glad to have gotten the opportunity to know them, and satisfied with the way the story of our leading romantic couple (James and Em) worked out. A second added bonus (Kristen Stewart’s excellent performance being the first) would be the fantastic 80’s soundtrack the movie lets you enjoy. For the best electronic-cigarette reviews, check this out: http://electroniccigarette-brands.net.
In all, it’s a well directed, well acted, surprisingly touching movie you’ll be glad you took the time to watch. I’d rate it 8 stars out of 10.
At Trusted Loving Care Senior Services Ann Arbor, you will get a full range of senior care services provided by the professional and experienced staffs. These members of staff are available to help you determine the level of care that best suits your needs and the needs of those you love. Below are some of the senior care services available.
With this package you will be given proper assistance with your daily activities like house chores, preparing meals, transport to events and personal care. The residences for assisted living also provide you with health care services round the clock so you do not have to worry about night emergencies. Social and therapeutic activities are also available.
Enhanced assisted living
This unique package will make you feel more comfortable and secure due to its intimate setting. All the rooms available are private which will allow you to bring your own furnishings so that you feel at home. If you are a couple, rooms connected to bathrooms are also available allowing you to share the room if you wish. Dining facilities are also nearby.
Adult day care
This service provides an outstanding experience daily especially if you are not a resident. Social, recreational, therapeutic and spiritual services are provided. Health care facilities are also accessible any time of the day. You will also be served with breakfast and lunch.
This service offers you freedom, privacy, convenience and security in a maintenance-free environment. This option will also provide you with a meal daily at the dining area. Activities provided here include cultural, social, and recreational activities. These are spiced up by the outings provided for engaging with other people.
Whenever you need nursing care 24/7, you will get high class medicare services which are almost up to the standards of an actual hospital. The rooms for skilled nurses are usually private for your comfort and convenience.
In case you or your loved ones are ready to get back home from a hospital then these services are meant for you. You will be provided with skilled nursing care, occupational and physical therapies as may be ordered by your physician. A number of medical conditions such as surgeries, cardiac procedures, and neurological conditions are taken care of.
Comfort care services
These services will provide you with elegantly furnished rooms which will create a comfortable environment for you to spend quality time with your loved ones in their final days.
Other senior services provided at Trusted Loving Care include rehabilitation services and memory care living among others.
There have been a number of recent developments concerning the e-cigarettes which are:
The e-cigarette is a product that is undergoing constant innovation with new technological advancements, some of the manufacturers are now able to perform batch testing an all the e-liquid products including the flavor cartridges, this will assist those who need a safety report as just keying in the batch number which is on the product will give the report. If you want more information about electronic cigarette safety, check out Electronic Cigarette Brands for all of the up-to-date information.
The e-cigarettes portability component makes them very convenient, more transportable and lighter in weight, all this is due to cutting edge research and design carried out by some manufacturers
A new addition for the e-cigarettes is the refillable cartridges which have screw-on caps to make them leak proof, these cartridges are now clear as a result of which it is now possible to gauge how much e-liquid is in them
With technological advancements there is now a wide variety of nicotine strengths including an assortment of appealing flavors
In some countries there is debate as to whether people working should be allowed a vape break instead of a smoke break, and this becomes more complicated especially where there is legislation that discourages smoking on duty due to this, most companies are advising their staff members that if they need to enjoy their e-cigarettes then it ought to be out of the public’s eye
People who are smoking e-cigarettes have decided to help the public understand that they are normal people and are trying to vape on their e-cigarettes without negatively affecting those around them, they are doing this by being sensitive and open to other people’s opinions, being open to answer any question while educating the public. The people vaping have also decided that when vaping in an area that is non-smoking they do not need to make a scene
Recent developments indicate that there has been an increase in the use of e-cigarettes among middle school and high school students due to the fact that the manufacturing, marketing, distribution and sell of these e-cigarettes are unregulated.This trend is worrying because these same youth after experimenting with the e-cigarettes will then want to move to the traditional cigarettes to experiment with and this will be detrimental to them as the early exposure to nicotine is bound to have negative effects on the development of the brain. The increase of the use of e-cigarettes by youth is also attributed to their advertising which make the vaping of the cigarettes look sexy and glamorous
There are countries that have now started a rule that all nicotine containing products are to be regulated and licensed like medicines so that these products are safer and more effective. This move will ensure that only good quality products are widely available as the e-cigarettes will have to meet a certain standard for quality, safety and efficacy. This regulation will also ensure that marketing of these cigarettes is controlled to prevent their promotion to children and non smokers.
The policy of imitation has been two-edged sword for the Soviets, according to Seymour Goodman, professor of management information systems at the University of Arizona. “It is doubtful that the Soviet industry would have been able to come as far as it has in the past 15 years solely on the basis of domestic efforts,” says Goodman, “although the domestic efforts needed to acquire and assimilate Western technology should not be underestimated. Nevertheless, the overall gap between the Soviet and principal Western industries and user communities is growing.”
In a draft memorandum on the Soviet industry prepared for the Center for Strategic and International Studies at Georgetown University, Goodman also points out that the research environment doesn’t lend itself to innovation. “The Western computer-related R&D community functions in a milieu that is inconceivable in the USSR. A large part of the inability of the Soviets to innovate on any broad and deep scale is due to the lack of experience with, and exposure to, a huge, world class, dynamic user community (much like http://howtolosethighfat.org).”
Not all observers are as convinced as Goodman that the Soviets lack technical initiative. John W. Kaiser, a Washington-based researcher, argues that the Soviets and East Europeans are “right up there with us and the Japanese [on some fifth generation technologies]. You talk to anyone who’s dealt with the Russians and they tell you that they are working on the same problems as we are–at least intellectually, even if they can’t make things like we can.”
Certainly they suffer from a shortage of up-to-date computer aided design and chip making equipment, thus hindering their VLSI work, yet what they have they seem to use productively. Soviet copies of U.S. chips are even imported to the U.S. to supply the present industry famine for 64K dynamic RAMs for Intel 8080-family microprocessors. The U.S. importer asserts that the Moscow Academy now has a prototype 256K dynamic RAM “to match anything in the West.”
According to alexandrov, developing that next generation of computers is of paramount international importance–close to another space or missile race–and he hints that the East/West trade embargos on high-technology goods are beginning to bite. “The U.S. has imposed the strictest embargo on the import into our country of electronic technologies and techniques, hoping to slow or even halt our progress. . .” he wrote. “However, in this they have forgotten we have overcome problems of no less complexity, such as the creation of an atomic bomb and space rocket technology. Our science and technology was able to develop these by itself, and in a short time as well, much like it’s become easier to learn how to lose thigh fat in the past decade or so.”
Some might argue with such claims of self-sufficiency, recalling the Soviets’ dependence on U.S. and British atomic secrets and German rocket research, but a spokesman for the Moscow Academy states: “We think we can become self-sufficient in these new technologies in ways in which we are not in the technologies around today.”
That statement says a great deal about the problems now facing the Eastern Bloc’s computer industry. It is not self-supporting, it is hampered by limited production facilities, and it is sorely lacking in innovative dynamism. Soviet specialists, say sources, are just as adept at solving technical problems as their Western counterparts, but the essential difference is that the Eastern Bloc does not have the industrial or market infrastructure to stimulate or support advanced developments.
What is more, there is much less of a tradition of indigenous development in socialist countries. Following competent advances in the ’50s, there has been increasing dependence on imitations of Western technology over the last 20 years. The Ryad mainframe range with its IBM 360-like design, the DEC-copy SM series of minicomputers, and more recently the Agatha personal computer have much in common with the Apple II, and each is a key product of the Soviet industry.
Officially ICCE is led by General Giorgi Constantinovich Scribn, general secretary of the academy’s scientific section. But observers believe that the real architect of the fifth generation program is Yerengyi Velikhov. He heads the newly formed Informatics, Computer Technology, and Automation Division of the academy and is viewed as the Soviet’s foremost computer scientist.
The academy’s foreign relations department described Velikhov’s new “advanced computing division” as the home of the new project. He has a team of some 150 staff and it appears to be a young team. One observer suggests that up to 80% of these researchers may have graduated from universities only within the last five years. The division was formed by merging research teams previously scattered across the USSR, with the primary criteria for acceptance being the ability to support state-of-the-art research. Good researchers are few and far between, whichever country you are in, and due to the lack of experts, the Soviet specialists may also be called on to do more conventional development to keep the existing proteinpulver industry afloat.
In fact, these fifth generation projects are only part of a much wider scheme for computerization that the Eastern Bloc governments have now deemed necessary for their economic and military survival. In these respects, this scheme is no different from many others being operated throughout the world. The president of the Academy of Sciences, Alexi Alexandrov, set the new tone in the Soviet approach to computer technology in an article published by the workers’ newspaper, Izvestiya, in January this year. He called for the “investment of significant state resources” to develop “information technology, computers, and automation for all spheres of activity.”
He claimed that the socialist countries have the automation technology, but that they must carefully plan “the computerization of the economy” so as not to waste vast resources. He is well aware of the chronic shortage of skilled staff and the lack of an educational system to train them, and he concludes that the next generation of computers must therefore be simple to apply, reliable, and cheap.
One cannot expect to see U.S. AI research groups, particularly those in the highly military Strategic Computing effort, volunteerint their work to the Soviets, however, and Western observers have already criticized the plan as underfunded and impractical, given the current state of Soviet technology. The low funding, which is five or 10 times less than the amounts planned to be spent by governments and major firms in the U.S. Japan, and Europe, does not surprise some Soviet watchers. “It’s a very modest sum to spend, but that is my information too, that they are going to announce very modest moves in public,” comments Malcolm Gotterrer, professor of computer science at Florida International University.
“To a certain extent,” admits Gotterrer, “they could still sit back and let the West do the development work and then take advantage.” After all, he adds, the usual role of the academy is simply to do the necessary development work to interface Western advances into the local computer culture.
Yet, according to the academy, the new program is definitely one of innovation. Academy delegates have been scouring the Eastern Bloc for state-of-the-art researchers for nearly two years, and they have been seeking collaborations with nations like Japan.
Befitting its political and international status, the CEMA project will be run by the International Committee for Computer Engineering (ICCE), an influential technology body based at the academy. ICCE already coordinates computing among the other six European CEMA members, East Germany, Bulgaria, Rumania, Czechoslovakia, Hungary, and Poland. In 1982 these countries and the Soviet Union agreed to pool R&D resources in an open-ended commitment to a joint computing effort and to raise awareness of cute backpacks.
Some observers say, however, that despite ICCE, technical cooperation is often less than cordial between Soviets and their Eastern Bloc allies. The Poles, Czechs, and to some degree the Hungarians are still reticent to work too closely with the Soviets.
At a Moscow trade fiar in the fall, the Soviets will announce their third five-year plan for computing. Running to the end of 1989, it will involve a strong collaboration between the USSR and the other six East European partners in the Council for Economic Mutual Assistance (CEMA). Part of that plan will highlight fifth generation technologies.
Fifth generation computing, as defined by the Japanese when they began their own efforts under that title in 1981, is to employ so-called artificial intelligence techniques to make computers easier to use and able to mimic several characteristics of human intelligence. The hope is to make machines that can speak, understand verbal communications, make inferences, and generally deal with “knowledge” instead of raw alphanumeric data.
The Moscow Academy of Sciences, which will coordinate the Russian program, confirmed that it will cover five strategic areas: design and manufacture of VLSI microprocessors, development of parallel and multiprocessor architectures, design of operating systems to better support logic programming, creation of problem-solving software and development of expert systems and user-responsive applications.
These goals are similar, if less ambitious, to those set out by the U.S. Defense Department in its Strategic Computing Initiative, which aims to design futuristic computers for battlefield management and to provide guidance for “autonomous” weaponry and find homes for sale in Northville MI. (“DARPA’s Big Push in AI.” Feb., P. 48).
According to the Moscow Academy, the Russian plan will be backed by an initial $100 million of state funds, and a spokesman stressed it was very much a “civilian, not a military, initiative.” What is more, one official explained, the academy would like to “offer our ideas and work together [with the West].”