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| Divine lightning reaction? |
A Chinese man who swore to God that he didn't owe money to a neighbour was hit by lightning a minute later.
The man, named Xu, made the oath in front of a crowd of neighbours in Fuqing city, reports Southeast Express.
He vowed that he had never borrowed money from Mr Huang, who claimed Xu borrowed 500 yuan, the equivalent of £40, from him three years earlier.
"He borrowed 500 yuan three years ago from me for a friend's marriage gift, but he has denied it ever since then," said Huang, who went to Xu's home to demand payment.
"I told him that if he dared to swear to God that he didn't owe me the money, then I would waive his debt," said Huang.
Xu made the oath, but was suddenly struck by lightning a minute later.
He was immediately taken to hospital where doctors confirmed he had been hit by lightning. He is expected to make a full recovery.

"Today, if you ask a car dealer to let you see something for 10 grand, he'll show you the door!"
"Medical insurance is what allows people to be ill at ease!"
"Prison inmates are treated to cable TV, hot meals and a college education, while on the outside some people can only afford these things through a life of crime!"
"Thank's to the new welfare bill, the question "Paper or plastic?" now refers to many American's sleeping arrangements!"
"In retrospect it becomes clear that hindsight is definitely overrated!"
"Most people are so lazy, they don't even exercise good judgement!"
"If opera is entertainment, then falling off a roof is transportation!"
"A college jock is someone who minds his build instead of vice versa!"
"The only advantage to living in the past is that the rents are much cheaper!"
"Getting old is when a narrow waist and a broad mind change places!"
"How come stealing from one book is plagiarism, but stealing from many is research?"
"It takes one to know one -- and vice versa!"
"Nowadays, a balanced diet is when every McNugget weighs the same!"
"Teenagers are people who act like babies if they're not treated like adults!"
"A teacher is someone who talks in our sleep!"
"How come we choose from just two people for President, and fifty for Miss America?"
"Who says nothing is impossible? Some people do it every day!"
"You can be on the right track and still get hit by a train!"
"Blood is thicker than water... but it makes lousy lemonade!"
"The U.N. is a place where governments opposed to free speech demand to be heard!"
"A plastic surgeon's office the only place where no one gets offended when you pick your nose!"
Telegenisys India Pvt. Ltd. specializes in "business process outsourcing" for medium-sized companies worldwide, and they boast a singular vision -- to one day achieve the SEVEN F'S of customer service. In no particular order, these f-words are Focused, Fast, Flexible, Friendly, Fair, Futuristic and First Class! Business process outsourcing is a euphemism for lowballing bids on jobs like engineering, tech support, customer service or animation, and setting up "call centers" in countries like India, China, Egypt, and the Philippines.
Apart from movies and television, America's premiere exports are overindulgence, depression, premature death and regime change. There's no better way than to enjoy all of the above than working in an overpopulated Indian call center. India, crowned by businesses around the globe as the world's back office, employs 350,000 people in the outsourcing industry each year, adding 150,000 new jobs every twelve months. Just imagine them all stuffed in one single cubicle clonking phones together and you begin to approximate the sensation. The average call center can house fifteen hundred 20-year-old Indian technology graduates.
When a business in the United States hands over all its call center jobs to workers in India, it means that young Indians will be on the telephone with you a great deal: answering your customer service questions, troubleshooting your software problems and assisting you with credit card inquiries from thousands of miles away. Similar outsourcing corporations exist here in America, but the majority of jobs go to domestic incarcerated prisoners.
Because of the time difference between India and the United States, Indian employees work graveyard shifts, arriving at the office in the early evening (6:30pm) and returning home shortly before dawn (3:30am). The adjustment to such odd hours is hitting India hard, and carrying with it a host of health problems: digestive disease, hair loss, back pain and stress to name just a few. An estimated 50,000 young English-speaking Indians have already been exposed to the phenomenon of accent stress.
In hundreds of classrooms across India, instructors from as far away as the University of Pennsylvania's Wharton School of Business and Britain's Oxford University have set up workshops which serve to neutralize an Indian's accent before he or she ever touches a telephone. It can take weeks to teach someone how to "flatten out" their Indian intonations, to pronounce Pottery Barn more like Poddery Barn. Accent-neutralization classes incorporate a whole toolbox of geography lessons, regional dialects, and shorthand introductions to American culture -- including holidays and baseball scores. Some Indians are asked to act out Western fairy tales, perform Shakespeare, and examine popular caricatures of Indians like Apu from The Simpsons.
Have you ever tried faking an English accent for eight to ten hours a day? What a pain in the ass. You get a sore throat that never heals. Crowded offices populated with hundreds of equally sick individual
s merely exacerbates the situation. Some girls develop menstrual problems. Orthopedic distress and chain-smoking are other common symptoms. Many India call center employees find it difficult to have a positive outlook towards life when they can't even get a good night's sleep. Employees deal with an average of one hundred phone calls per shift -- more if their excitable manager is feeling "pumped up" for some reason.
Study these pictures of Indian call centers closely: these are not cuddly, friendly, operator-in-command studios in the traditional sense. Look at the top of every single computer monitor, where nobody has lined up collectable figurines from Pixar's The Incredibles. Where are the Dilbert mugs, the cat calendars, the bowls of candy pushed forth to foster friendship and camaraderie among employees? Okay, very well: where are the Bollywood posters, the curry forks, the belly-dancing platforms? Sometimes there's a banner on the call-center floor: WEAR YOUR BEST SMILE AND MAKE YOUR CUSTOMER SMILE TOO!
The quality of life in India, despite the lack of material comforts and amenities, is rich in religion, family, and human relationships -- none of which matter two shits when you're troubleshooting someone's Photoshop serial number halfway around the world, or helping some fat lady in Alabama figure out why her debit card won't come out of the ATM machine. The moment your shift is over, your chair gets warmed by another representative ("rep") ready to take over where you left off.
The rep's job is complex, to say the least. Chances are he'll be talking to someone as ignorant about India as he or she might be about America.
Customer: How come every time I call Verizon Wireless I get some black dude who can't speak proper English? Would you say you're more from the hood or more from the ghetto?
Employee: Sir. I'm willing to help you conduct this transaction, provided you don't make any further comments like that about my background. Otherwise I'm going to have to end this conversation.
Customer: Faggot. [hangs up]
One of the worst things you can do while trying to navigate a call center is to make a racist remark or a negative comment insulting an Indian rep's ancestry, heritage or skin color. When confronted with such a volatile situation, the rep will have no choice but to flip open the chapter on "setting boundaries for the conversation," and proceed accordingly. His or her voice will drop down to neutral or matter-of-fact tones, showing as little emotional reaction as possible, in the hopes your anger doesn't escalate. The rep's job is to help you subscribe to the Playboy channel, not to make you a better human being.
The reverse racism scenario is equally worthy of study: what does a rep do when the caller believes he or she is a target of racism? Let's watch one of the most offensive (and effective) verbal strategies you as a customer can pull:
Customer: I asked you twice now already: can I get the chamois crib covers in bronzeberry frost and periwinkle or do I have to take my business to Ikea?
Employee: I do believe we have those colors in stock. One "sec" while I check the figures.
Customer: Woah -- did you just call me and my family a bunch of niggers?
In this scenario, the rep will have no choice but to indirectly acknowledge the racist accusation with a neutral observational remark such as it sounds like you're pretty frustrated. Without so much as a pause, the rep will then U-turn the conversation back to the bronzeberry and periwinkle matters at hand. By delivering empathy statements which properly identify your feelings of frustration, and immediately following them up with choices of appeal which a customer can embrace, refuse, or ignore, the Indian rep can avoid further intimidation.
However, responding positively is not always sufficient. The customer can repeat the accusation, even going so far as to suggest everyone in the company is "out to get" a particular race. This is where even experienced reps can choke: these remarks
must be treated more seriously than other insinuations. If the situation cannot be sufficiently diffused, the customer might bring his case to the media -- who in turn will play endlessly looped recordings of the rep's technique, reflecting poorly upon the whole call center.
In such an event, a company's best public relations maneuver is to fire that rep -- or the entire call center -- in response to a news story that just won't die, thereby exorcising "troublemakers from within" without once examining mitigating circumstances. Companies can be somewhat reluctant to evangelize the number of outsource employees answering phones ten thousand light years away.
It is a multicultural world, and nobody understands each other. A rep's self-control is critical at racist junctures (however unfair or unjustified the accusations) and the same holds true for sexism. Both men and women can be victims of sexist comments, but Indian women are more likely to be targets, particularly when the subject of the call involves computers, mathematics, construction, or machinery. In this example, the customer is a male and the employee is a female.
Customer: Not to be rude, but in my experience women just aren't that knowledgeable about auto repair. I'd be way more comfortable discussing all this with a man.
Employee: I understand. The thing is, if you want your car fixed today, I'm the only person available. So it's up to you what you want to do. I'm happy to discuss the problem with your car so we can get it fixed before the weekend.
Customer: How about I come down there and shave off your tits with a cheese grater?
Again the rep must avoid being "drawn in" to an argument about a woman's natural abilities in the auto shop. While sexist remarks can be insulting and demeaning, it's imperative that the female rep not take the bait. Instead, she must briefly reassure the male customer of her experience and skill and then immediately refocus the conversation back to the customer's car. Unfortunately in this instance, the caller chose to respond with another sexist comment: the implication that a woman without breasts would be an acceptable alternative to a male mechanic. The caller might also have requested some "customer cervix".
Call center employees are trained to understand that a customer's fit of pique surfaces for one of two reasons. The anger can be a byproduct of the company, product or service in question -- or it can arise from personal matters completely unrelated to the rep. One such "unrelated" form of anger involves the caller's past negative experiences with vaguely similar agencies. Callers to a government institution, for instance, may approach the act of speaking to a rep with only disdain, factoring in a lifetime of perceived injustices, exasperation and defeat. 
Customer: It's the fourth building permit I've had trouble with this year! This is the last goddamn time -- I want someone to use his fuckin' brains and tell me which -- which -- goddamn form I'm supposed to fill out, and where I'm supposed to take it or send it. Jesus!
Employee: Well you do seem frustrated and it certainly sounds like you want to get these permits approved as quickly as possible. It's true, that some people can get impatient with the process, and I certainly apologize for any time delays you've experienced. I know you've done much of the planning, and you have all your information ready. Let's get right to it.
Customer: [Gunshot, phone clatters to floor]
Callers become "difficult" when they feel their expectations have not been met, but our fearless Indian rep attempted the most logical course of action: she communicated an awareness of "where the customer is coming from". Hey man, I'm hip to your vibe; this life we endure -- how strange, yet how jolly; etcetera. We're all in it together, kid. This faux familiarity (fauxmiliarity, n.) must be delivered with complete neutrality, neither agreeing nor disagreeing with the caller, and certainly not dwelling on old stuff. Time-traveling is a strategy widely employed by call centers: the rep puts callers in a Wonka-style time machine, transporting them from the past into the present, with promises of four-star customer accommodation in the future.
Anger management is a challenge in any culture. If the callers' connections are free of line noise and their wireless phones are adequately filtering out unwanted background sound, there are only three communication barriers which threaten reps: foreign language customers, callers with impenetrable accents, and customers with speech disabilities.
Customer: [unintelligible]
Employee: I'm sorry, I'm not sure I heard you correctly. Are you calling to apply for a Magic Moments Visa Rewards card?
Customer: Me no rikey. You bad person.
There can be only one common solution to these barriers. The customer service rep must try and try and try again to satisfy the customer's inquiry, under the mindful wiretapping of eavesdropping superiors. The Indian call center rep is a heavily-monitored surgeon performing delicate service operations, and all conversation must be reduced into shorter meta-sentences with periodic summarizations of the discussion so far.
Employee: Okay, you don't like me, and I'm a bad person. Is that correct?
Customer: [unintelligible]
If untreated, anger inevitably leads to abuse. Customers are far more aggressive on the phone than in person. Not surprisingly, the take-this-job-and-please-to-shove-it rate is high in call centers in India, as thirty to forty percent of most workers quit within the first year. They are quickly replaced: English speaking youngsters in India are clamoring for jobs which pay anywhere from $160 to $300 per month.
As India's outsourcing firms continue to grow, those in charge of hiring are starting to despair: the majority of young Indians they interview are
growing just plain unemployable. Only one in ten graduates appears to be worth placing -- and as one frustrated Mumbai-based manager fumed to Satish Jacobs of ABC News: "Just look at their English!" Several letters in his hands held plaintive requests like, "As I am marrying my daughter, please grant a week's leave," and "I am well in here and I hope you are in the same well." Are you getting any closer to solving the mystery of why these workers only earn one dollar per hour?
If India is unable to recruit workers at reasonable wages, they lose orders to Thailand, China, and the Philippines. Meanwhile, disgruntled Americans and British workers whose jobs have been outsourced can easily get them back -- if they're willing to move to India where their English accents and down-home colloquialisms might be a distinct advantage, and if they're willing to work for an Indian wage. And while you're over there, please do not offer their God a peanut.
Tesla continued research in the field and, later, observed an assistant severely "burnt" by X-rays in his lab. He performed several experiments prior to Roentgen's discovery (including photographing the bones of his hand; later, he sent these images to Roentgen) but didn't make his findings widely known; much of his research was lost in the 5th Avenue lab fire of March 1895.
A "world system" for "the transmission of electrical energy without wires" that depends upon the electrical conductivity was proposed in which transmission in various natural media with current that passes between the two point are used to power devices. In a practical wireless energy transmission system using this principle, a high-power ultraviolet beam might be used to form a vertical ionized channel in the air directly above the transmitter-receiver stations. The same concept is used in virtual lightning rods, the electrolaser electroshock weapon, and has been proposed for disabling vehicles.
Tesla demonstrated "the transmission of electrical energy without wires" that depends upon electrical conductivity as early as 1891. The Tesla effect (named in honor of Tesla) is the archaic term for an application of this type of electrical conduction (that is, the movement of energy through space and matter; not just the production of voltage across a conductor)...
Although I'm a cat person, when I was younger, I loved dogs. I had two pups, their names were Tubby and Zeppelin. I've decided to get a sweet, loving pup, and here's a video of him. I can't wait to cuddle with him:
John Titor is the name used on several bulletin boards during 2000 and 2001 by a poster claiming to be a time traveler from the year 2036. In these posts he made numerous predictions (a number of them vague, some quite specific[1]) about events in the near future, starting with events in 2004. He described a drastically changed future in which the United States had broken into five smaller regions, the environment and infrastructure had been devastated by a nuclear attack, and most other world powers had been destroyed.
Titor's posts sparked an intense debate on the Internet with some people dismissing the claims and others defending them. To date, the story has been retold on numerous web sites, in a book, and in a play. He has also been discussed occasionally on the radio show Coast to Coast AM.[1] In this respect, the Titor story may be unique in terms of broad appeal from an originally limited medium, an Internet discussion board.
The first post appeared on the Time Travel Institute forums on November 2, 2000, under the name TimeTravel_0. At the time the posts had nothing to do with future events and the name "John Titor" was not being used. The posts had to do with time travel in general, the first one being the "six parts" description of what a time machine would need to have to work (see below) and responses to questions about how such a machine would work. Early messages tended to be short.
Soon after, TimeTravel_0 claimed to be a time traveler from the future and began posting varying descriptions of his time. Gradually he began answering questions posted in the forum and started to reveal a more complex picture of the future. Although most of his posts concerned the condition of the world in the future, Titor also responded to questions both in the forums and in IRC, and sometimes posted images purporting to be of the time travel device or its manual. He also sometimes talked about more current events; for instance, in an early post he stated that "The breakthrough that will allow for [time travel] technology will occur within a year or so [2008] when CERN brings their larger facility online".
The name "John Titor" was not introduced until January 2001 when TimeTravel_0 began posting at the Art Bell BBS Forums (which required a name, real or not, to sign up for an account). The Titor posts ended in late March 2001. Eventually, a number of the threads became corrupted, but Titor's posts had been saved on subscribers' hard drives and were copied to Anomalies.net along with new discussions of the science behind Titor's time travelling as well as his predictions. Around 2003, various websites reproduced Titor's posts, re-arranging them into narratives. Not all refer to the original dates posted.
On numerous occasions Titor posted comments that appeared to be tongue-in-cheek. For instance, when asked why his images were of such low quality, he replied that he was not a photographer. When asked if "Titor" was his real name, he replied that it was "a real name."
In his online postings Titor claimed to be an American soldier from the year 2036, based in Tampa in Hillsborough County, Florida who was assigned to a governmental time travel project. He had been sent back to 1975 to retrieve an IBM 5100 computer which he said was needed to "debug" various legacy computer programs in 2036; a reference to the UNIX 2038 timeout error. The 5100 runs the APL, and BASIC programming languages. Titor had been selected for this mission specifically due to the fact his paternal grandfather was directly involved with the assembly and programming of the 5100.
Titor claimed to be on a stopover in the year 2000 for "personal reasons"; i.e., to collect pictures lost in the (future) civil war and to visit his family of whom he spoke often. Titor also said he had been, for a few months, trying to alert anyone that would listen about the threat of Creutzfeldt-Jakob Disease spread through beef products and about the possibility of civil war within the United States. When questioned about them by an online subscriber, Titor also expressed an interest in unexplained mysteries such as UFOs (which in his time were still as yet unexplained). Titor suggested that UFOs and alien visitors may well be time travelers from much further into the future than his own time and with much more accurate time machines than his own.
Titor described the time machine on several occasions. In an early post, he described it as a "stationary mass, temporal displacement unit powered by two top-spin, dual positive singularities", producing a "standard off-set Tipler sinusoid". The earliest post was more explicit, saying it contained:
According to the posts the device was installed in the rear of a 1967 Chevrolet Corvette convertible and later moved to a 1987 truck with four-wheel drive.
Titor further claimed that the "Everett-Wheeler model of quantum physics" was correct. This model, better known as the many-worlds interpretation, posits that every possible outcome of a quantum decision actually occurs in a separate "universe". Titor stated that this was the reason the grandfather paradox would not occur; following the logic of the argument, Titor would be killing a different John Titor's grandfather in a timeline other than his own.
...The grandfather paradox is impossible. In fact, all paradox is impossible. The Everett-Wheeler-Graham or multiple world theory is correct. All possible quantum states, events, possibilities and outcomes are real, eventual and occurring. The chances of everything happening someplace at sometime in the superverse is 100%.
The most immediate of Titor's predictions was of an upcoming civil war in the United States having to do with "order and rights". He described it as beginning in 2009 with civil unrest surrounding the presidential election. This civil conflict that he characterizes as "having a Waco type event every month that steadily gets worse"[ will be "pretty much at everyone's doorstep" erupts by 2010.
Titor claimed that as a 13-year old, in 2011, he fought with the "Fighting Diamondbacks", a shotgun infantry unit of Florida, for at least four years. However, in other posts he describes himself as hiding from the war. As a result of the war the United States splits into five regions based on various factors and differing military objectives. This civil war, according to Titor, will then end in 2015 with a brief, but intense, World War III:
In 2015, Russia launches a nuclear strike against the major cities in the United States (which is the "other side" of the civil war from my perspective), China and Europe. The United States counter attacks. The US cities are destroyed along with the AFE (American Federal Empire)...thus we (in the country) won. The European Union and China were also destroyed.
Titor refers to the exchange as "N Day". Washington, D.C., Jacksonville, Nashville, Boston, Des Moines
New York City and Honalulu are specifically mentioned as being hit. After the war, Omaha, Nebraska is the nation's new capital city.
Titor is vague as to the exact motivations and causes for World War III. At one point he characterized hostilities as being led by "border clashes, lack of fuel and overpopulation" but also points to the present conflict between Arabs and Jews as a harbinger of World War III:
Real disruptions in world events begin with the destabilization of the West as a result of degrading US foreign policy and consistency. ... The Jewish population in Israel is not prepared for a true offensive war. They are prepared for the ultimate defense. Wavering western support for Israel is what gives Israel's neighbors the confidence to attack. The last resort for a defensive Israel and its offensive Arab neighbors is to use weapons of mass destruction. In the grand scheme of things, the war in the Middle East is a part of what's to come, not the cause.
Jeez, even Roma (maybe, in Roma's case I'm still doubtful ), LITM, and IML can learn math.
Add elephants to the growing menagerie of animals that can count.
An Asian elephant named Ashya beat this reporter at a devilishly simple addition problem. When a trainer dropped three apples into one bucket and one apple into a second, then four more apples in the first and five more in the second, the pachyderm recognised that three plus four is greater than one plus five, and snacked on the seven apples. (In my defence, I watched the video in a noisy and crowded auditorium.)
"I even get confused when I'm dropping the bait," says Naoko Irie, a researcher at the University of Tokyo, Japan, who uncovered the elephant's inner genius. She presented her findings last week at the International Society for Behavioral Ecology's annual meeting in Ithaca, New York.
Moreover, Irie found that as well as summing small numbers with almost 90% accuracy, elephants can discriminate between small numbers.
That's not so surprising, considering that animals from salamanders to pigeons to chimpanzees can discern numerical values. But all animals, including humans when forced to make split-second decisions, are best at telling apart two quantities when the ratio between the large and small number is greatest.
Not so for elephants, Irie says. The four that she tested distinguished between five and six apples as well as they did between five and one. They picked the bucket with the most fruit 74% of the time, on average, far above 50-50.
"It really is tough to figure out why [elephants] would need to count," says Mya Thompson, an ecologist at Cornell University who studies elephants and attended Irie's talk. Asian elephants live in close-knit groups of six to eight, and they may count one another to make sure the herd sticks to together. "You really don't want to lose your group members," she says.
Alternatively, the mathematical prowess of elephants may be a side effect of their bulging brains and an evolutionary kinship to other "smart" animals, Irie says.
Maybe Roma was right, I don't seem to fit Napoleon, although the Moon-chickie-thing is afraid that I might believe so; how about:

or:

or:

or:

or:

or:

or:

or:
my favorite:

Well, it's back to school time again. I finished buying my notebooks (compostion books). But I need the opinion of my lady freinds who read my blog. I need back to school clothes once more. Well, what do you think about this outfit?
HURRICANE SEASON CAN MAKE A STORM SHUDDER
We're entering the heart of hurricane season. Any day now, you're going to turn on the TV and see a weatherperson pointing to some radar blob out in the Atlantic and making two basic meteorological points:
* There is no need to panic.
* We could all be killed.
Yes, hurricane season is an exciting time to be in South Florida. If you're new to the area, you're probably wondering what you need to do to prepare for the possibility that we'll get hit by "the big one." The best way to get information on this topic is to ask people who were here during Hurricane Andrew (we're easy to recognize, because we still smell faintly of b.o. mixed with gasoline). Based on our experiences, we recommend that you follow this simple three-step hurricane preparedness plan:
STEP 1. Buy enough food and bottled water to last your family for at least three days.
STEP 2. Put these supplies into your car.
STEP 3. Drive to Nebraska and remain there until Halloween.
Unfortunately, statistics show that most people will not follow this sensible plan. Most people will foolishly stay here in South Florida. If you're one of those people, you'll want to clip out the following useful hurricane information and tuck it away in a safe place so that later on, when a storm is brewing, you will not be able to locate it.
We'll start with one of the most important hurricane preparedness items:
HOMEOWNERS' INSURANCE: If you own a home, you must have hurricane insurance. Fortunately, this insurance is cheap and easy to get, as long as your home meets two basic requirements: (1) It is reasonably well-built, and (2) It is located in Nebraska.
Unfortunately, if your home is located in South Florida, or any other area that might actually be hit by a hurricane, most insurance companies would prefer not to sell you hurricane insurance, because then they might be required to pay YOU money, and that is certainly not why they got into the insurance business in the first place. So you'll have to scrounge around for an insurance company, which will charge you an annual premium roughly equal to the replacement value of your house. At any moment, this company can drop you like used dental floss. Since Hurricane Andrew, I have had an estimated 27 different home-insurance companies. This week, I'm covered by the Bob and Big Stan Insurance Company, under a policy which states that, in addition to my premium, Bob and Big Stan are entitled, on demand, to my kidneys.
SHUTTERS: Your house should have hurricane shutters on all the windows, all the doors, and - if it's a major hurricane - all the toilets. There are several types of shutters, with advantages and disadvantages:
* Plywood shutters: The advantage is that, because you make them yourself, they're cheap. The disadvantage is that, because you make them yourself, they will fall off.
* Sheet-metal shutters: The advantage is that these work well, once you get them all up. The disadvantage is that once you get them all up, your hands will be useless bleeding stumps, and it will be December.
* Roll-down shutters: The advantages are that they're very easy to use, and will definitely protect your house. The disadvantage is that you will have to sell your house to pay for them.
* "Hurricane-proof" windows: These are the newest wrinkle in hurricane protection: They look like ordinary windows, but they can withstand hurricane winds! You can be sure of this, because the salesman says so. He lives in Nebraska.
"HURRICANE PROOFING" YOUR PROPERTY: As the hurricane approaches, check your yard for movable objects like barbecue grills, planters, patio furniture, visiting relatives, etc.; you should, as a precaution, throw these items into your swimming pool (if you don't have a swimming pool, you should have one built immediately). Otherwise, the hurricane winds will turn these objects into deadly missiles. (If you happen to have deadly missiles in your yard, don't worry, because the hurricane winds will turn THEM into harmless objects).
EVACUATION ROUTE: If you live in a low-lying area, you should have an evacuation route planned out. (To determine whether you live in a low-lying area, look at your driver's license; if it says "Florida, " you live in a low-lying area.) The purpose of having an evacuation route is to avoid being trapped in your home when a major storm hits. Instead, you will be trapped in a gigantic traffic jam several miles from your home, along with two million other evacuees. So, as a bonus, you will not be lonely.
SUPPLIES: If you don't evacuate, you will need a mess of supplies. Do not buy them now! South Florida tradition requires that you wait until the last possible minute, then go to the supermarket and get into vicious fights with strangers over who gets the last can of Spam. In addition to food and water, you will need the following supplies:
* 23 flashlights.
* At least $167 worth of batteries that turn out, when the power
goes out, to be the wrong size for the flashlights.
* Bleach. (No, I don't know what the bleach is for. NOBODY knows what the bleach is for. But it's traditional, so GET some, dammit!)
* A 55-gallon drum of underarm deodorant.
* A big knife that you can strap to your leg. (This will be useless in a hurricane, but it looks cool.)
* A large quantity of bananas, to placate the monkeys. (Ask anybody who went through Andrew; after the hurricane, there WILL be irate monkeys.)
* $35,000 in cash or diamonds so that, after the hurricane passes, you can buy a generator from a man with no discernible teeth.
Of course these are just basic precautions. As the hurricane draws near, it is vitally important that you keep abreast of the situation by turning on your television and watching TV reporters in rain slickers stand right next to the ocean and tell you over and over how vitally important it is for everybody to stay the hell away from the ocean.
At that point, if you've prepared all you can, there's frankly nothing left to for you to do but pray. I mean for a really BIG wave.
I finally got a chance to go back home:
Two physicists have boldly gone where no reputable scientists should go and devised a new scheme to travel faster than the speed of light. The advance could mean that Star Trek fantasies of interstellar civilisations and voyages powered by warp drive are now no longer the exclusive domain of science fiction writers. In the long running television series created by Gene Roddenberry, the warp drive was invented by Zefram Cochrane, who began his epic project in 2053 in Bozeman, Montana. Now Dr Gerald Cleaver, associate professor of physics at Baylor, and Richard Obousy have come up with a new twist on an existing idea to produce a warp drive that they believe can travel faster than the speed of light, without breaking the laws of physics. In their scheme, in the Journal of the British Interplanetary Society, a starship could "warp" space so that it shrinks ahead of the vessel and expands behind it. By pushing the departure point many light years backwards while simultaneously bringing distant stars and other destinations closer, the warp drive effectively transports the starship from place to place at faster-than-light speeds. All this extraordinary feat requires, says the new study, is for scientists to harness a mysterious and poorly understood cosmic antigravity force, called dark energy. Dark energy is thought responsible for speeding up the expansion rate of our universe as time moves on, just like it did after the Big Bang, when the universe expanded much faster than the speed of light for a very brief time. This may come as a surprise since, according to relativity theory, matter cannot move through space faster than the speed of light, which is almost 300,000,000 metres per second. But that theory applies only to unwarped 'flat' space. And there is no limit on the speed with which space itself can move: the spaceship can sit at rest in a small bubble of space that flows at "superluminal" - faster than light - velocities through normal space because the fabric of space and time itself (scientists refer to spacetime) is stretching. In the scheme outlined by Dr Cleaver dark energy would be used to create the bubble: if dark energy can be made negative in front of the ship, then that patch of space would contract in response. "Think of it like a surfer riding a wave," said Dr Cleaver. "The ship would be pushed by the spatial bubble and the bubble would be travelling faster than the speed of light." The new warp drive work also draws on "string theory", which suggests the universe is made up of multiple dimensions. We are used to four dimensions - height, width, length and time but string theorists believe that there are a total of 10 dimensions and it is by changing the size of this 10th spatial dimension in front of the space ship that the Baylor researchers believe could alter the strength of the dark energy in such a manner to propel the ship faster than the speed of light. They conclude by recommending that it would be "prudent to research this area further." But hold the dilithium crystals: Dr Chris Van Den Broeck of Cardiff University commented: "The problem with this and previous schemes (including my own) is that part of the exotic matter would have to travel faster than the *local* speed of light (roughly speaking, it would need to go faster than the speed of light with respect to the portion of space it occupies), and that's not allowed by any established physical theory." And even if this criticism can be met, Richard Obousy computed the amount of energy required to start up a "warp" process (but not the total energy required to travel a specific distance) around a 10x10x10 metre-cube ship based on the required change in dark energy in a space equal to the volume of the ship. The energy to kick start the drive turned out to be equivalent to turning the entire mass of Jupiter into energy, by Einstein's famous E equals Mc squared equation, where c is the speed of light. Given the mass of Jupiter is around 2000,000,000,000,000,000,000,000,000 kilograms, that is a big number. "That is an enormous amount of energy," Dr Cleaver said. "We are still a very long ways off before we could create something to harness that type of energy."
Star Trek warp drive is a possibility, say scientists
By Roger Highfield, Science Editor

For IML:

Yup, even english professor 'girlie things' had crushes when young, and I'm sure this brings back memories to IML. Jeez...girls....
I finally found a sure way for Roma to have a lasting relationship she so desires:
There have been few previous attempts to investigate the idea that people seem to find others more attractive when drunk. In 2003, psychologists at the University of Glasgow, UK, published a study in which they asked heterosexual students in campus bars and cafés whether they had been drinking, and then got them to rate photos of people for attractiveness. While the results supported the beer goggles theory, another explanation is that regular drinkers tend to have personality traits that mean they find people more attractive, whether or not they are under the influence of alcohol at the time.
To resolve the issue, a team of researchers led by Marcus Munafò at the University of Bristol in the UK conducted a controlled experiment. They randomly assigned 84 heterosexal students to consume either a non-alcoholic lime-flavoured drink or an alcoholic beverage with a similar flavour. The exact amount of alcohol varied according to the individual but was designed to have an effect equivalent to someone weighing 70 kilograms drinking 250 millitres of wine - enough to make some students tipsy. After 15 minutes, the students were shown pictures of people their own age, from both sexes.
Both men and women who had consumed alcohol rated the faces as being more attractive than did the controls (Alcohol and Alcoholism, DOI: 10.1093/alcalc/agn065). Surprisingly, the effect was not limited to the opposite sex - volunteers who had drunk alcohol also rated people from their own sex as more attractive.
This contrasts with the Glaswegian team's results, where there was only an effect when men were looking at pictures of women, and vice versa. One explanation, says Munafò, is that alcohol-boosted perceptions of attractiveness tend to become focused on potential sexual partners in environments conducive to sexual encounters. He aims to repeat the experiment after showing students a video of people flirting in a bar, to provide some appropriate social cues.
Munafò also intends to study how the effect varies with the amount of alcohol consumed - although ethical constraints rule out exploring doses at which our ability to focus on a face breaks down. "We can look at smaller doses and we can look at slightly higher doses," he says.
As well as changing perceptions of attractiveness, alcohol also encourages us to engage in behaviour we would otherwise avoid. In a study by Robert Leeman of Yale University students reported they were more likely to engage in risky sexual acts after drinking - which could be due to alcohol lowering our inhibitions through a direct effect on the brain or by providing a convenient excuse for such behaviour.
How real, sexy women look in bathing suits:


Willy fish or Candiru might swim up your penis or vagina if you urinate in the Amazon. Picture by Takedashingen620 (Creative Commons)

Sarpa salpa: Picture kindly supplied by David Koutsogiannopoulos
Picture: Chris73, Creative Commons Licence.
Picture by Springcold (Creative Commons).
Picture by Mike Rizzo.
Spotted eagle ray by Jean De Bosset (Creative Commons)
Blue Marlin, Makaira nigricans (Creative Commons).
Cern lab set for beam milestone |
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A vast physics experiment - the Large Hadron Collider (LHC) - reaches a key milestone this weekend ahead of an official start-up on 10 September. Engineers had previously brought a beam of protons - tiny, sub-atomic particles - to the "doorstep" of the LHC. On 9 August, protons will be piped through LHC magnets for the first time. The most powerful physics experiment ever built, the LHC will re-create the conditions present in the Universe just after the Big Bang.
Once the LHC is fully operational, two proton beams will be fired down pipes running through these magnets. These beams will then be steered in opposite directions around the main ring at close to the speed of light. At allotted points along the tunnel, the beams will cross paths, smashing into one another with cataclysmic force. Scientists hope to see new particles in the debris of these collisions, revealing fundamental new insights into the nature of the cosmos and how it came into being. Precision timing For the two-day "synchronisation test", engineers will thread a low intensity beam through the injection system and one of the LHC's eight sectors. These two sectors have now reached a sufficient level of readiness to handle the energetic stream of particles, and this opened up the opportunity to run the test. The purpose of the test is to help ensure that the LHC is working in step with its "injector", known as the Super Proton Synchrotron (SPS) accelerator.
The SPS is the last link in this chain; it is from here that protons are fed directly into the LHC ring via two "injection lines" - one for each beam. "The aim is to get the timings right between the two machines and in order to do that we will take some beam into sector 2-3," said Roberto Saban, the LHC's head of hardware commissioning. Cern, the organisation that operates the collider, said it will attempt to circulate two proton beams all the way around the ring on 10 September. This is considered the giant lab's official "switch-on". Beam collision "It's been a long haul, and we're all eager to get the LHC research programme underway," said Lyn Evans, the project leader. This full beam injection will take place at an energy of about 450 gigaelectronvolts (GeV). Over subsequent weeks, engineers will gradually boost the energy and fine tune the machine. Roberto Saban said that in order to obtain high magnetic fields with a modest power consumption, the LHC's magnets are required to be "superconducting". This is the property, exhibited by some materials at very low temperatures, to channel electrical current with zero resistance and very little power loss. This requires cooling the magnets to a temperature of 1.9 Kelvin (-271C; -456F). Six out of eight sectors are currently at their operating temperatures; cooling of the remaining two should be completed in the next few weeks. Over August, scientists will continue electrical testing of the LHC hardware prior to circulating beams in early September. This phase will continue through the month to ensure that the entire machine is capable of accelerating and colliding beams at an energy of five teraelectronvolts (TeV). Once stable, circulating beams have been established, they will be smashed together - in preparation for the LHC's science phase. BBC Radio 4 will broadcast live from Cern on 10 September. The Big Bang Day starts in the LHC control room at 0830 BST for the official start-up, and then continues through the day with related programmes, from indepth discussions about particle physics to a special one-off radio version of the popular TV drama Torchwood. |
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More "Engrish" translations before the olympics
Teacher finds new cosmic object |
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A new class of cosmic object has been found by a Dutch schoolteacher, through a project which allows the public to take part in astronomy research online. Hanny Van Arkel, 25, came across the strange gaseous blob while using the Galaxy Zoo website to help classify galaxies in telescope images. Astronomers subsequently confirmed that the object was one-of-a-kind. The work has been submitted to the journal Monthly Notices of the Royal Astronomical Society. The object quickly became known as "Hanny's Voorwerp" - Voorwerp being the Dutch word for "object".
Researchers think this green blob got its energy from light emitted by a quasar (a powerful radiation source powered by a supermassive black hole) that has since gone dim. They think the quasar was hosted in a nearby spiral galaxy called IC 2497. It was so bright that, if the quasar was still active, it would be visible from Earth with binoculars. However, because of the distance between the galaxy and the Voorwerp, light from the quasar would have taken tens of thousands of years to reach the gaseous blob. This is why the Voorwerp is still bright despite the quasar having now shut off. "The quasar itself is no longer visible to us, but its light continues to travel through space and the Voorwerp is a massive 'light echo' produced as the light strikes the gas," Dr Chris Lintott, from Oxford University, explained. Unique object Smaller light echos have been noted around exploding stars, or supernovas, but never on this scale. Dr Lintott said the object was the only one of its type known to astronomers, though other Voorwerpen could still be awaiting identification. He added that the object had been catalogued before, but its significance had only been recognised when it was brought to the attention of Galaxy Zoo team members by Ms Van Arkel.
Ms Van Arkel, from Heerlen, near Maastricht, told BBC News she had no background in astronomy. She said her interest in music had led her to the book Bang! The Complete History of the Universe, co-written by Queen guitarist Brian May with BBC Sky at Night presenters Chris Lintott and Sir Patrick Moore. This in turn had encouraged her to get involved in the Galaxy Zoo project, which has just been given three more years of funding. After failing to match the object to any galaxy types described in the Galaxy Zoo classification tutorial, she e-mailed the site's webmaster. This alerted team members who subsequently examined the images themselves. Death of a quasar This prompted observations of the Voorwerp by scientists using the Isaac Newton Group of telescopes in La Palma, Spain, and the Swift space telescope. Dr Lintott said team members had booked follow-up observations of the Voorwerp with the Hubble Space Telescope. But they will have to wait for the orbiting observatory to be upgraded during a space shuttle servicing mission currently scheduled for October. High-resolution imaging of the object could reveal whether the quasar darkened quickly or over a longer period of time. Team members would also like to look at the object at infrared wavelengths. It is unclear why black holes turn off, but the phenomenon was previously known from studying populations of active galaxies. However, Dr Lintott said this could be the first time astronomers have been able to pinpoint one that was once active and has since shut down, using the light echo from a long-dead quasar. As for what the Voorwerp itself is, the possibilities include a galaxy that has not produced any stars bright enough to be viewed from Earth. But astronomers are stumped about the hole in its middle. It could have been made when a jet of particles, travelling at near light-speed from the nucleus of IC 2497, punched through the gaseous blob. But this remains highly speculative. The green colour of the Voorwerp is caused by ionised oxygen. During the last year, 50 million classifications of galaxies have been submitted on one million objects at galaxyzoo.org by more than 150,000 amateur astronomers from all over the world. The next stage of the project will ask volunteers for more detailed classifications, making it easier to identify more unusual objects such as Hanny's Voorwerp. |
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It is well known that the first derivative of position (symbol x) with respect to time is velocity (symbol v) and the second is acceleration (symbol a). It is a little less well known that the third derivative, i.e. the rate of change of acceleration, is technically known as jerk (symbol j). Jerk is a vector but may also be used loosely as a scalar quantity because there is not a separate term for the magnitude of jerk analogous to speed for magnitude of velocity.
In the UK jolt has sometimes been used instead of jerk and may be equally acceptable.
Many other terms have appeared in individual cases for the third derivative, including pulse, impulse, bounce, surge, shock and super acceleration. These are generally less appropriate than jerk and jolt, either because they are used in engineering to mean other things or because the common English use of the word does not fit the meaning so well. For example impulse is more commonly used in physics to mean a change of momentum imparted by a force of limited duration [Belanger 1847] and surge is used by electricians to mean something like rate of change of current or voltage. The terms jerk and jolt are therefore preferred for rate of change of acceleration. Jerk appears to be the more common of the two. It is also recognised in international standards:
In ISO 2041 (1990), Vibration and shock - Vocabulary, page 2:
"1.5 jerk: A vector that specifies the time-derivative of acceleration."
Note that the symbol j for jerk is not in the standard and is probably only one of many symbols used.
As its name suggests, jerk is important when evaluating the destructive effect of motion on a mechanism or the discomfort caused to passengers in a vehicle. The movement of delicate instruments needs to be kept within specified limits of jerk as well as acceleration to avoid damage. When designing a train the engineers will typically be required to keep the jerk less than 2 metres per second cubed for passenger comfort. In the aerospace industry they even have such a thing as a jerkmeter; an instrument for measuring jerk.
In the case of the Hubble space telescope, the engineers are said to have even gone as far as specifying limits on the magnitude of the fourth derivative. There is no universally accepted name for the fourth derivative, i.e. the rate of change of jerk, The term jounce has been used but it has the drawback of using the same initial letter as jerk so it is not clear which symbol to use. Another less serious suggestion is snap (symbol s), crackle (symbol c) and pop (symbol p) for the 4th, 5th and 6th derivatives respectively. Higher derivatives do not yet have names because they do not come up very often.
Since force (F = ma) is rate of change of momentum (p, symbol clashes with pop) it seems necessary to find terms for higher derivatives of force too. So far yank (symbol Y) has been suggested for rate of change of force, tug (symbol T) for rate of change of yank, snatch (symbol S) for rate of change of tug and shake (symbol Sh) for rate of change of snatch. Needless to say, none of these are in any kind of standards, yet. We just made them up on usenet.
Now class, repeat after me. . .
Momentum equals mass times velocity!
Force equals mass times acceleration!
Yank equals mass times jerk!
Tug equals mass times snap!
Snatch equals mass times crackle!
Shake equals mass times pop!!
Memories of the person they missed prolonged their grief, giving them pleasure as well as pain.
Mourning the death of a loved one is about as universal a human emotion as exists, and it's not even confined to humans; there's evidence of it in other primates and even elephants. From its beginnings, psychotherapy has recognized the special challenge of grief and its relationship to depression (or, as Freud put it in the title of one of his best-known essays, "Mourning and Melancholia").
The dead never quite leave us; they return in dreams and reveries, they inhabit the pictures on our walls and lurk in our cell phones and disk drives. Some people find dreams comforting, while for others there is nothing as sad as the moment when the vision of a dead parent, spouse or child slips away with the dawn, and they awaken reluctantly to a day their loved ones will never see. But as researchers have turned their scanners on the dark realms of the psyche that grief inhabits, they are discovering the unsettling power of waking reveries. How one relates to them can make a large difference in how one recovers from the death of a loved one.
This insight comes from studying what therapists call "complicated grief," which basically means grief that doesn't go away. "It has to persist for six months or more in a way that interferes with your daily functioning," says UCLA researcher Mary-Frances O'Connor. "Every day you're experiencing yearning for the deceased, looking for them in a crowd, or expecting them to come home."
In a paper in the journal Neuroimage, O'Connor and her colleagues describe using an fMRI machine to probe the neurological basis for complicated grief among a small sample of women who had lost a close relative to breast cancer. Ordinary grief is apparent on a brain scan: show a bereaved daughter a picture of her mother, and areas of the brain that process emotional pain are activated. The women with complicated grief showed that pattern, but something else as well: activity in the nucleus accumbens, a brain region associated with pleasure, rewards and addiction. "When the women came out of the scanner, the complicated-grief group rated themselves as feeling more negative than the others," O'Connor said. "But they also said things like, 'Oh, it was so nice to see my mom again.' These are the ones who pore over picture albums, talk about the person all the time, almost as if she was still here." The women in that situation were unconsciously prolonging their grief, she concluded, because memories of the person they missed gave them pleasure—as well as pain.
Janice Van Wagner, a 34-year-old Los Angeles woman, was one of those: she lost her mother two years ago to breast cancer, at the relatively young age of 58. Losing a mother or sister to breast cancer is especially difficult for many women because it implies the survivor herself might be at risk for the disease. Van Wagner's mother, as is often the case with breast cancer, suffered greatly in the last weeks of her life. And as an only child, unmarried and childless herself, Van Wagner had an especially close relationship with her mother. "The grief matched the intensity of the relationship," she said, comparing her yearning to the craving an addict might feel for a drug. "I couldn't stand the pain. Nothing felt pleasurable to me. I couldn't even listen to music."
Van Wagner's life is closer to normal now, but researchers estimate the prevalence of "complicated grief" at 10 to 20 percent among the bereaved, and the condition is being considered for inclusion in DSM-V, the next edition of the standard textbook of mental illness. This will raise awareness and promote research, but the price will be to pathologize a state that goes back to the very roots of the human condition. I've never seen a nucleus accumbens but I know about grief, and I can't help but wonder: maybe the women with complicated grief just loved their mothers more.
Iranian Experts have recently finished work on a new class of submarine called 'Hath AL Adda' meaning 'Dark menace of the deep sea on the wings of a large bird'
The New submarine is shown in the secret video clip Jumping out of the sea in a move developed to frighten infidel navies into surrendering. It can also be used to ram low flying aircraft that might be involved in an un-provoked attack on the sacred land of Iran.
The submarine is equipped with next generation electronics and has some innovative features not seen before on any submarine. The Iranian Experts have taken the good points of western submarines and added more! This sub has 3 captains in 3 bridges, therefore increasing the deadness of the sub by 3. It has propellers at the front and back, to confuse allied anti sub ships as they wont know which way it is going. A conning tower on the bottom as well as the top helps the crew see when they are close to the bottom and can be used to fire at other submarines below. It can fire assault elite Republican Navy speedboats as well as torpedo's. As seen before it can launch the latest flying sub fighters of the Iranian Elite Naval Air Service.
Iranian Naval officials said in an un-official press briefing that the submarine is full operational and can be put to sea at a moments notice without even photo shopping! The only performance data we were able to glean was a top surface speed of 32knots and a submerged speed of 300 knots thanks to special propellers developed by the Iranian Experts. It can carry 150 Elite Republican Guard Assault speed boats and their crews. It is thought that this sub alone could close the straight of Hormuz and sink the entire allied naval force in a morning before prayer time, it is just the generous and forgiving will of the gracious and wise people of the Islamic state of Iran that allows the infidel navies to live, for now.
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A quick fix for global warming |
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It's the stuff of science fiction, but could mirrors in space or sea water sprayed in the air be shortcuts to halt global warming? "It's Dr Strangelove. But it's the kind of Dr Strangelove you could see governments really using." That's how one expert describes geo-engineering - the idea that we can use a kind of technical quick fix to cool the planet if global warming accelerates. Plans for geo-engineering can sound bizarre.
They range from placing millions of tiny mirrors in space to reflect back some of the sun's rays, to using rockets to launch tons of sulphur into the stratosphere to create a kind of planetary sun shade. That plan was inspired by watching what happened after the eruption of the Mount Pinatubo volcano in the Philippines in 1991. Sulphur ejected into the atmosphere spread around in subsequent months to create a layer believed to have had a temporary cooling effect as it blocked some of the sun's warmth. Other suggestions include spraying sea water into the atmosphere to make it cloudier, or pumping carbon dioxide out of the atmosphere or out of the oceans. Until recently, policymakers have dismissed this as science fiction, a complete distraction from the fight against global warming. Now, attitudes seem to be changing.
"I think we're faced with such an enormous problem that we need to do all the research we can to see if there are any geo-engineering proposals which work through to the marketplace," says Professor Sir David King, until recently the government's chief scientific adviser. There are still many scientific doubts about geo-engineering. What might the side effects be? Are such schemes irreversible? Plan B But as there is now so much pessimism about whether governments will ever agree to reduce carbon emissions enough, more and more scientists say we need to know exactly what our other options are.
If we don't do any research, says Professor Brian Launder of Manchester University, who is editing a new study of geo-engineering for the Royal Society, "we won't have anything that we can bring into place in 2030 say, when suddenly the world is at a crisis point". Some forms of geo-engineering are also surprisingly cheap. That leads to fears that governments facing particular climatic problems might go it alone. China and India, which have growing scientific capabilities, could use geo-engineering as a way of challenging international climate policy if they saw it as too skewed towards the interests of Western countries. Or, even more alarmingly, an individual might decide to play with the global climate. Professor David Victor, of Stanford University, imagines a scenario in which someone is frustrated at the lack of international action. "[They] could buy the aircraft and buy the rockets and just start doing some geo-engineering off their own island." James Bond films of the future, he adds, might not feature Goldfinger. It could be Greenfinger, hand hovering over the global thermostat. Running on empty So how can geo-engineering be policed? It's a major challenge. While climate change treaties try to persuade everyone to do the same things and reduce emissions, agreements on geo-engineering would be about stopping something happening - something we don't yet understand.
But Sir David King says we should at least begin to discuss it as part, and still a minor part, of the climate change policy debate. "We need to make sure that there is control and validation over any of these procedures. But at the same time let's not take attention away from the major issue of removing our dependence on fossil fuels." The dilemma is painful. Discuss a technical fix for future climate change, and people assume there's less need to cut carbon emissions now. Ignore it, and possibly face a kind of climate anarchy. Others suggest geo-engineering should be embraced with enthusiasm, such as Julian Morris, of International Policy Network, a think tank sceptical about climate change and in favour of free market solutions. "Investments in geo-engineering research are almost certainly the biggest bang for the buck that one could get in terms of addressing catastrophic climate change - a much, much bigger return than, for example, trying to control carbon emissions at the moment," he says. "In fact diverting money into controlling carbon emissions and away from geo-engineering is probably morally irresponsible."
Most scientists and governments say geo-engineering remains hazardous and is only a partial fix. They hope it will never be needed. But if global warming becomes more and more threatening, some will see it as the lesser risk. Professor Scott Barrett, of Johns Hopkins University in Baltimore and an expert on international environmental agreements, says he ignored geo-engineering for many years. Now, faced with the failure to reduce emissions enough, he says there are no easy options. "[Geo-engineering] is not something we're going to want to use as a first choice. I think the chances are likely that it will eventually be used, for better or worse, in circumstances in which the risks of not using it seem to be higher than the risks of using it." |
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