Monday, September 24, 2007

Deja Vu

Have you ever visited a store for the first time and had it feel eerily familiar? Or maybe you're deep in conversation with a friend and you suddenly get the feeling that you've had the exact conversation before, even though you know that you haven't. If you've ever found yourself in either of these situations, you've experienced déjà vu. Sixty to 70 percent of us admit to getting this feeling at least once in our lives. The sight, sound, taste or even smell of something makes us think that we've experienced it before, although we know that we couldn't have.

There are more than 40 theories as to what déjà vu is and what causes it, and they range from reincarnation to glitches in our memory processes. In this article, we'll explore a few of those theories to shed some light on this little understood phenomenon. Déjà vu is a French term that literally means "already seen" and has several variations, including déjà vécu, already experienced; déjà senti, already thought; and déjà visité, already visited. French scientist Emile Boirac, one of the first to study this strange phenomenon, gave the subject its name in 1876.

There are often references to déjà vu that aren't true déjà vu. Researchers have their own definitions, but generally déjà vu is described as the feeling that you've seen or experienced something before when you know you haven't. The most common misuse of the term déjà vu seems to be with precognitive experiences -- experiences where someone gets a feeling that they know exactly what's going to happen next, and it does. An important distinction is that déjà vu is experienced during an event, not before. Precognitive experiences -- if they are real -- show things that will happen in the future, not things that you've already experienced. (However, one theory about déjà vu deals with precognitive dreams that give us a "déjà vu feeling" afterwards)

Hallucinations that are brought on by illness or drugs sometimes bring a heightened awareness and are confused with déjà vu. False memories that are brought on by schizophrenia can be confused with déjà vu as well. Unlike true déjà vu, which typically lasts from 10 to 30 seconds, these false memories or hallucinations can last much longer.

source: http://science.howstuffworks.com/

Friday, September 21, 2007

Facts on fart

Where does fart gas come from?

The gas in our intestines comes from several sources: air we swallow, gas seeping into our intestines from our blood, gas produced by chemical reactions in our guts, and gas produced by bacteria living in our guts.

What is fart gas made of?

The composition of fart gas is highly variable. Most of the air we swallow, especially the oxygen component, is absorbed by the body before the gas gets into the intestines. By the time the air reaches the large intestine, most of what is left is nitrogen. Chemical reactions between stomach acid and intestinal fluids may produce carbon dioxide, which is also a component of air and a product of bacterial action. Bacteria also produce hydrogen and methane. But the relative proportions of these gases that emerge from our anal opening depend on several factors: what we ate, how much air we swallowed, what kinds of bacteria we have in our intestines, and how long we hold in the fart. The longer a fart is held in, the larger the proportion of inert nitrogen it contains, because the other gases tend to be absorbed into the bloodstream through the walls of the intestine. A nervous person who swallows a lot of air and who moves stuff through his digestive system rapidly may have a lot of oxygen in his farts, because his body didn't have time to absorb the oxygen. According to Dr. James L. A. Roth, the author of Gastrointestinal Gas (Ch. 17 in Gastroenterology, v. 4, 1976) most people (2/3 of adults) pass farts that contain no methane. If both parents are methane producers, their children have a 95% chance of being producers as well. The reason for this is apparently unknown. Some researchers suspect a genetic influence, whereas others think the ability is due to environmental factors. However, all methane in any farts comes from bacterial action and not from human cells.

What makes farts stink?

The odor of farts comes from small amounts of hydrogen sulfide gas and mercaptans in the mixture. These compounds contain sulfur. Nitrogen-rich compounds such as skatole and indole also add to the stench of farts. The more sulfur-rich your diet, the more sulfides and mercaptans will be produced by the bacteria in your guts, and the more your farts will stink. Foods such as cauliflower, eggs and meat are notorious for producing smelly farts, whereas beans produce large amounts of not particularly stinky farts.

Why do farts make noise?

The sounds are produced by vibrations of the anal opening. Sounds depend on the velocity of expulsion of the gas and the tightness of the sphincter muscles of the anus. Contrary to a popular misconception, fart noise is not generated by the flapping of the butt cheeks. You can see proof of this in the close-up video footage of Carl Plant's fart on Mate-in-a-State .

Why are stinky farts generally warmer and quieter than regular farts?

Most fart gas comes from swallowed air and consists largely of nitrogen and carbon dioxide, the oxygen having been absorbed by the time it reaches the anal opening. These gases are odorless, although they often pick up other (and more odiferous) components on the way through the bowel. They emerge from the anus in fairly large bubbles at body temperature. A person can often achieve a good sound with these voluminous farts, but they are commonly (but not always!) mundane with respect to odor, and don't feel particularly warm. Another major source of fart gas is bacterial action. Bacterial fermentation and digestion processes produce heat as a byproduct as well as various pungent gases. The resulting bubbles of gas tend to be small, hot, and concentrated with stinky bacterial metabolic products. These emerge as the notorious, warm, SBD (Silent-But-Deadly), often in amounts too small to produce a good sound, but excelling in stench.

How much gas does a normal person pass per day?

On average, a person produces about half a liter of fart gas per day, distributed over an average of about fourteen daily farts. Whereas it may be difficult for you to determine your daily flatus volume, you can certainly keep track of your daily numerical fart count. You might try this as a science fair project: Keep a journal of everything you eat and a count of your farts. You might make a note of the potency of their odor as well. See if you can discover a relationship between what you eat, how much you fart, and how much they smell.

How does a fart travel to the anus?

One may wonder why fart gas travels downward toward the anus when gas has a lower density than liquids and solids, and should therefore travel upwards. The intestine squeezes its contents toward the anus in a series of contractions, a process called peristalsis. The process is stimulated by eating, which is why we often need to poop and fart right after a meal. Peristalsis creates a zone of high pressure, forcing all intestinal contents, gas included, to move towards a region of lower pressure, which is toward the anus. Gas is more mobile than other components, and small bubbles coalesce to from larger bubbles en route to the exit. When peristalsis is not active, gas bubbles may begin to percolate upwards again, but they won't get very far due to the complicated and convoluted shape of the intestine. Furthermore, the anus is neither up nor down when a person is lying down.

Why do farts come out of your butt?

The butt is the location of the anus in humans, and by definition, a fart is an anal escape of intestinal gas. We should be grateful that we are not crinoids. The crinoid is a marine creature with a U-shaped gut, and its anus is located next to its mouth.

How long does it take fart gas to travel to someone else's nose?

Fart travel time depends on atmospheric conditions such as humidity, temperature and wind speed and direction, the molecular weight of the fart particles, and the distance between the fart transmitter and the fart receiver. Farts also disperse (spread out) as they leave the source, and their potency diminishes with dilution. Generally, if the fart is not detected within a few seconds, it will be too dilute for perception and will be lost into the atmosphere forever. Exceptional conditions exist when the fart is released into a small enclosed area such as an elevator, a small room, or a car. These conditions limit the amount of dilution possible, and the fart may remain in a smellable concentration for a long period of time, until it condenses on the walls.

Why is there a 13 to 20 second delay between farting and the time it starts to smell?

Actually, the fart stinks immediately upon emergence, but it takes several seconds for the odor to travel to the farter's nostrils. If farts could travel at the speed of sound, we would smell them almost instantly, at the same time we hear them.

Do even movie stars fart?

Yes, of course. So do grandmothers, priests, kings, presidents, opera singers, beauty queens, and nuns. Even Yoda farts. See the Britney Smears music video "Oops, I farted again."

Do men fart more than women?

No, women fart just as much as men. It's just that most men take more pride in it than most women. There is a large variation among individuals in the amount of fart gas produced per day, but the variation does not correlate with gender. I have read that men fart more often than women. If this is true, then women must be saving it up and expelling more gas per fart than men do.

Do men's farts smell worse than women's farts?

Based on what I have experienced of women's farts, all I can say is that I hope not. Scientific studies of farts show that women's farts have a higher concentration of odor-causing gases than men's farts, but men's farts have a larger volume. The two factors equalize out (the same number of stench molecules for both), so the odor is about the same.

Why are beans so notorious for making people fart?

Beans contain sugars that we humans cannot digest. The most offensive sugars, known as "flatulence factors" to scientists who research farts, are raffinose, stachiose, and verbascose. When these sugars reach our intestines, the bacteria go wild, have a big feast, and make lots of gas! Other notorious fart-producing foods include corn, bell peppers, cauliflower, cabbage, milk, bread, eggs, beer, and raisins. People unable to digest milk due to lactose intolerance will suffer extreme flatulence if they consume dairy products. A friend of mine had a dog who was exceptionally fond of apples and turnips. The dog would eat these things and then get prodigious gas. A dog's digestive system is not equipped to handle such vegetable matter, so the dog's bacteria worked overtime to produce remarkable flatulence.

What things other than diet can make a person fart more than usual?

People who swallow a lot of air fart more than people who don't. This can be cured somewhat by chewing with your mouth closed, eating more slowly, and not gulping food or liquids. Chewing gum, smoking, and sucking on candy also can cause a person to swallow more air. Carbonated drinks give a person extra gas. Nervous people with fast moving bowels will fart more because less air is absorbed out of the intestines. Some disease conditions can cause excess flatulence. Going up in an airplane or other low-pressure environment can cause the gas inside you to expand and emerge as flatus. Tilting your head back and pouring a drink straight down your gullet (chugging) also leads to an excess of swallowed air, and hence, farting.

Is a fart really just a burp that comes out the wrong end?

No, a burp emerges from the stomach and has a different chemical composition from a fart. Farts have less atmospheric gas content and more bacterial gas content than burps.

Where do farts go when you hold them in?

How often have you held in a fart, intending to release it at the first appropriate opportunity, only to find that the fart has disappeared when you are ready for it? I asked several doctors where the fart goes. Does it leak out slowly without the person knowing it? Is it absorbed into the bloodstream? What happens to it? The doctors agree that the fart is neither released nor absorbed. It simply migrates back upward into the intestine and comes out later. It is reassuring to know that such farts aren't really lost, just delayed.

Is it really possible to ignite farts?

The answer to that is yes! However, you should be aware that people get injured igniting flatus. Not only can the flame back up into your colon, but your clothing or other surroundings may catch on fire. A survey done by Fartcloud (the site, alas! is no more) indicates that about a quarter of the people who ignited their farts got burned doing it. Ignition of flatus is a hazardous practice. However, if you want to try it, and you don't have a friend to light your fart for you, you might find it easier to accomplish the job using the Fartlighter. There have also been cases in which intestinal gases with a higher than normal oxygen content have exploded during surgery when electric cautery was used by the surgeon.

Why is possible to burn farts?

Farts burn because they contain methane (sometimes) and hydrogen, both of which are flammable gases. (Hydrogen was the same gas that was used in the ill fated Hindenburg dirigible.) Farts burn with a blue or yellow flame. According to Dr. James L. A. Roth, a blue flame is indicative of the presence of methane in the flatus. Since methane producers are an elite group (only 1/3 of the population), an exclusive club called the Royal Order of the Blue Flame has been established that is open only to them. Mate-in-a-State has video footage of flatus ignition. Observe the color of the flames. These people are not methane emitters.

Is it possible to light a match with a fart?

No, even strike-anywhere matches have their limits, unless the fart has the consistency of sandpaper! Any fart that rough I would hesitate to call a fart. Also, farts have the same temperature as the body from which they emerge, and aren't hot enough to initiate combustion.

Is is possible that, by inhaling other people's farts all day long, my own farts will smell more?

No, inhaled farts would go into the lungs rather than into the digestive system, and would simply be exhaled again, although it might be possible that some of the fart components might be absorbed into the blood. If you wanted to benefit from other people's farts in the way you describe, you would have to swallow them somehow.

Is it possible for a fart to kill you?

A great many of you have asked if farts can be fatal, or if you can die from smelling a particularly bad fart. My initial response to this question was "no," but I thought I'd better ask a doctor. So now it is official, the medical opinion I received is no, a fart can't kill you. However, if you really work hard at it, you can manage to kill yourself with just about anything. I recently read of a man who hooked up his nose to his anus with a system involving a gas mask, rubber tubing and a hollow wooden post. He died of suffocation. This story comes from the Darwin Awards, and I personally cannot attest to the overall veracity of their stories. The story of the bed-bound obese man who died from inhaling his own flatus (and whose farts almost killed the paramedics) is an urban legend that has been in circulation for some time. But according to Buzzbomb43, whom I quote: "In World War Two, the Air Force estimates that around 1000 to 2000 airmen were killed because of flatulence. The reason is B-17 bombers were not pressurized, so when bomber crews operated around 20,000 feet, the gas would expand and rupture their intestines." Now, that is a nasty way to go!

Can excessive farting cause impotence?

That depends on the tolerance level of the person with whom one is trying to be potent! Fortunately for humans, farting doesn't cause tissue damage. Other animals aren't so lucky. Soldier termites can actually turn themselves into bombs by detonating themselves via the explosive release of gas and feces, a process called "autothysis."

source: http://www.heptune.com/

Sunday, July 8, 2007

The synthetic sperm

Stem cells taken from the bone marrow of men can be coaxed into something that resembles an immature sperm cell.

They hope to use their findings to come up with new and better fertility treatments for both men and women.

Nayernia, now at Newcastle University and the North East England Stem Cell Institute in Britain, had previously grown sperm cells from mouse bone marrow and used them to fertilize mouse eggs and create living baby mice.

His team worked with men who were about to get bone marrow transplants, a common treatment for cancer.

They removed some of the bone marrow, a rich source of so-called adult stem cells. These stem cells are used by the body to replenish blood, bone, muscle and other tissues.

“Here we show that a small population of bone marrow cells is able to transdifferentiate to male germ cell-like cells,” Nayernia’s team wrote.

“Our findings provide direct evidence that human bone marrow cells can differentiate to putative male germ cells and identify bone marrow as a potential source of male germ cells that could sustain sperm production.”

Redirecting immature cells Stem cell science counts on being able to redirect a cell so it will create a particular tissue. The more immature a stem cell is, the more malleable it is, which is why many researchers want to work with and study stem cells taken from days-old embryos.

Unlike mature tissue, stem cells live longer, with some types being virtually immortal under the right lab conditions.

If scientists can take bone marrow cells from an infertile man and turn them into sperm, he could father a child using standard techniques such as in vitro fertilization (IVF).

Other researchers have done similar work in female mice, taking bone marrow cells and turning them into egg cells.

embryonic stem cells used in research most often come from embryos left over after in vitro fertilization procedures.

Step One: An egg is fertilized by a sperm in a lab dish

Step Two: The fertilized egg begins to divide and develop into an embryo. About five days later, the embryo becomes a blastocyst -- a hollow ball of about 100 cells. The inner cells are the embryonic stem cells.

Step Three: Stem cells are removed from the blastocyst and cultured in the laboratory where they theoretically can multiply indefinitely.

Step Four: By adding and removing certain proteins, scientists can coax the cells to develop into new heart, bone, nerve or other cells.

Source: www.msnbc.msn.com

Friday, July 6, 2007

Swimming in the beach

Kids is always happy. I can't hide my smile when i took this picture. Seeing their cheerfully face was so gratified and worried at the same time. Beach and river in Jakarta is full by pollutant and industrials waste. The water has black color and unpleasant smell. It absolutely unsafe and uncomfort place for child to play.

Thursday, July 5, 2007

Can I get struck by lightning when I'm indoors?

Do you ever hear that someone struck by lighting when they are indoors??

Over 1,000 people get struck by lightning every year in the United States, and over 100 of them die as a result of the strike. Lightning is a very dangerous force that, yes, can even reach you indoors if you're in contact with the telephone or plumbing.

If lightning strikes the phone line outside your house, the strike will travel to every phone on the line -- and potentially to you if you are holding the phone. So, if you are indoors during a lightning storm, stay off the phone. If you must call someone, use a cordless or cell phone -- that way, you're not in contact with any wires that run outdoors.

Stay away from plumbing pipes like your bath tub or shower, as well. Lightning has the ability to strike a house or near a house and impart an electrical charge to the metal pipes used for plumbing. If you're touching those pipes or anything connected to those pipes, that electrical charge has a path to you. This threat is not as great as it used to be, because PVC (polyvinyl chloride) is often used for indoor plumbing these days. If you are not sure what your pipes are made of, wait it out.

And while you're at it, switch off your appliances and electronics before the storm hits. Such devices as your computer, television and air conditioner all provide potential pathways between the lightning and you.

more about lighting

Wednesday, July 4, 2007

'He' or 'She'..??

Hmm.. interesting photo, isn’t it?? I took this pic accidentally when I was trapped by traffic jam at Jl Gunung sahari, Jakarta. Until now, I’m still wondering whether ‘he’ or ‘she’..? :)

Unsafety project

As a developing country, Indonesia is continue to build infrastructure, including the public transportation. The picture above show that the worker are doing the flyover road project at north Jakarta. Unfortunately the safety are not be come a priority. As we can see, both workers didn't use any safety tools as a preventive effort due to the risk working at high place like that.

Sunday, July 1, 2007

Traffic police

Actually this is quite embarassing for our police institution. You see a cop who read the newspaper meanwhile on his back the crowded traffic are still continuing. It's not surprisingly why Indonesia have the crowdest traffic probblem in the world.

Sunday, June 24, 2007

The Kapok Bed Filler

This bapak is a kapok bed filler. In jakarta some people are still using a kapok bed instead a modern bed (spring bed). This kapok is also for pillow, and even bolster. In a tropical country like Indonesia, kapok is more convenient than latex or foam. You see four big sack on his back, full with kapok. I take this picture at Jl Kramat, Jakarta, in the middle of busy traffic as commonly in the Jakarta work day.

Monday, May 28, 2007

Future of The Universe

Empty your mind. We’re about to take a BIG leap into the future. Not just a lousy few billions of years, but 10 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 years!

One ‘googol’ years, is the official word for that number. The problem is that the Universe gets bigger and cooler. Ever since the Big Bang, it expands, much like an expanding ball of fire after an explosion. Right now, the Universe is still young. It has these cute stars and twinkling galaxies. But in the long run, that will change. Slowly but inevitably, the Universe will empty itself.

First, the galaxies will fly out of sight, beyond the horizon of what we can possibly see. Next, the stars in our own galaxy will burn out, one after the other. The only thing that will remain, is a dull graveyard of cold planets, dead suns and black holes. In about one hundred trillion years, the Milky Way will go black, astronomers expect.

And eventually, even this graveyard decays. One after the other, the dead stars and planets are eaten by black holes, or kicked out of the Milky Way by collisions. Astronomers expect that in one hundred to one thousand billion billion years, our galaxy has dissolved completely.

Time goes on. After a while (more trillions of years) something else will kick in. You’ll notice that even the very stuff nature is made of, isn’t stable. A proton, the particle you’ll find in the core of atoms, has an average lifetime of 100 000 000 000 000 000 000 000 000 000 000 000 years. Wait long enough, and it will suddenly vanish. Poof, gone. The same goes for light particles, the so-called ‘photons’. They’re expected to last a few zero’s longer, but in the end, they too will kick the bucket, one after the other. Isn’t that just bizarre? The light will go out, literally.

The last thing that survives, are the black holes. But in the end, they too will vanish. They will evaporate in a puff of radiation.

So there we are, at our unimaginable one googol years. Finally, the Universe is totally and utterly empty. You won’t see any light or spot any planet -- in fact, you won’t even find the tiniest speck of dust. The Universe has sterilized itself. All there is left, is emptiness, and darkness. Total oblivion. And worst of all: there’s nothing we can do to stop it. We can build fancy machines or futuristic devices all we like -- but in the end, they’ll all get kicked out of existence, when the matter they are made of simply vanishes.

So there you have it: infinity. Booooring, we must add.

But don’t sob. There’s an upside.

As the quadrillions of years pass by, something very odd should happen. In eternity, even the rarest events get a chance to occur. Weird, bizarre phenomena that only happen once in a zillion years or so, become quite normal.

For example: the nothingness should yield a few surprises. Already, physicists know that in a vacuum, there is sometimes tiny little energy ‘blobs’. Little, random fluctuations of the so-called ‘quantum vacuum’. Out of nowhere, tiny particles pop in and out of existence. But theory predicts that on very, VERY rare occasions, the fluctuations should be a bit larger. Out of nowhere, an entire atom might appear! Or hey, the vacuum may even spit out a few of them!

Think of it like the static on TV. Wait long enough, and out of the random fuzz, a recognizable image might materialize. Wait REALLY long, and one day a complete episode of The Bold And The Beautiful should accidentally show up!

In the Universe, this should give some really surprising results. With eternity at hand, the vacuum should begin to yield all kinds of objects. Incoherent lumps of random garbage, most of the time. But on very, very rare occasions, you’ll see other objects popping into existence. The Eiffel tower. A purple camel. A golden parking garage filled with chocolate Cadillacs. Napoleon Bonaparte sitting next to Mike Tyson on top of a stack of comic books. As the googols of years pass by, it’s all there.

In the VERY, VERY, VERY long run, the vacuum will even belch up complete planets, and beautiful stars, burning and all. Theoretically the vacuum should even churn out a complete solar system one day, identical to ours, with a planet Earth inhabited by people. "In an infinite amount of time, one day, I will reappear", as physicist Katherine Freese of Michigan University once put it. "An crazy thought, but true."

One day the black nothingness should even produce a new Big Bang. Admittedly, we’ll have wait really long for it to happen. Researchers of the University of Chicago once tried to calculate it. And according to their best estimates, it should happen somewhere over the next 1 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 years. That’s a one with 1056 zero’s. You can count them, if you like.

Thursday, May 10, 2007

You might be a scientist

If the only jokes you receive are through e-mail.

If your idea of good interpersonal communication means getting the decimal point in the right place.

If you have used coat hangers and duct tape for something other than hanging coats and taping ducts.

If your ideal evening consists of fast-forwarding through the latest sci-fi movie looking for technical inaccuracies.

If you have "Dilbert" comics displayed anywhere in your work area.

If you carry on a one-hour debate over the expected results of a test that actually takes five minutes to run.

If a team of you and your co-workers have set out to modify the antenna on the radio in your work area for better reception.

If you ever burned down the gymnasium with your Science Fair project.

If you have never backed-up your hard drive.

If the salespeople at Circuit City can't answer any of your questions.

If you still own a slide rule and you know how to work it.

If you rotate your screen savers more frequently than your automobile tires.

If your I.Q. number is bigger than your weight.

If the microphone or visual aids at a meeting don't work and you rush up to the front to fix it.

If you can remember 7 computer passwords but not your anniversary.

If you have ever owned a calculator with no equal key and know what RPN stands for.

If you can type 70 words a minute but can't read your own handwriting.

If you have more friends on the Internet than in real life.

If you think that when people around you yawn, it's because they didn't get enough sleep.

If your three year old son asks why the sky is blue and you try to explain atmospheric absorption theory.

Tuesday, May 8, 2007

Acid Poem

"My brother was a chemist,
 He isn't anymore,
 What he thoughy was H2O,
 Was H2SO4."

Monday, May 7, 2007

The Researcher Mind

The researcher perhaps have they own language to express their point, so that 'the researcher dictionary' are needed.

"It has long been known..."

I didn't look up the original references.

"A reasonable trend is evident..."

These data are practically meaningless.

"Of great theoretical and practical importance..."

It is interesting to me.

"While it has not been possible to provide definite anwers to these questions..."

An unsuccessful experiment, but I still hope to get it published.

"Three of the data sets were chosen for detailed study..."

The results of the others didn't match my conclusions.

"Typical results are shown..."

The best results are shown.

"These results will be shown in a subsequent report..."

Haven't gotten around to it.

"The most reliable results are those obtained by Jones..."

He was my graduate student.

"It is believed that..."

I think...

"It is generally believed that..."

A couple of other guys think so, too.

"Much more work is needed before a complete understanding of the phenomenon can be reached."

I don't understand it.

"This result is correct within an order of magnitude..."

It is wrong.

Experiment

One day a researcher is doing an experiment with frogs. He cuts one of the frog's legs off. He ordered the frog to jump, and it did. Then he cut off one of the frog's arms off. He then ordered the frog to jump again, and it did as it was told. He continued to do this until he had cut all of the frog's appendages off. He then ordered the frog to jump, and the frog couldn't. The rescearcher then wrote in his notes: when I cut all of a frog's legs off it becomes deaf.

Sunday, May 6, 2007

Beliefs about deity

Beliefs about deity cover a wide range, including:

Agnosticism: having reached no conclusion whether God exists. (See Agnosticism)

Animism. The belief that all entities have life force, a soul or mind. For example, rocks, trees and mountains have an awareness of their surroundings: (e.g. Native aboriginal religions).

Atheism:

  • However, American Atheists, the largest group of Atheists in the U.S. define Atheism as having no belief in God. A newborn would not be considered an Atheist within the dictionary definition, but would be an Atheist according to the American Atheists.

Deism: The belief that God exists, but is remote, unknowable and uninvolved. They believe that God created the universe, set it going, left, but has not taken an active interest in it since. This was a popular belief among intellectuals during and after the American revolution. It shows up in the U.S. Declaration of Independence, and its references to to "Nature's God," and "Creator." It is a rapidly growing believe today.

Duotheism (a.k.a. Bitheism): belief in a dual divinity: (e.g. Wicca and Zoroastrianism). In the case of Wicca, one deity is female, the other male; in Zoroastrianism one is all good while the other is all evil.

Henotheism. belief in many deities of which only one is the supreme deity. This may involve:

One chief God and multiple gods and goddesses of lesser power and importance. Ancient Greek and Roman religions were of this type.

One supreme God, and multiple gods and goddesses who are all simply manifestations or aspects of the supreme God. Hinduism is one example; they recognize Brahman as the single deity. Some Wiccans believe in a single deity about which they know little. They call the deity "The One" or "The All." They recognize the God and Goddess as the male and female aspects of that supreme deity.

One supreme God who rules over a country, and many other gods and goddesses who have similar jurisdiction over other territories. Liberal theologians believe that the ancient Israelites in the early years of the Hebrew nation were henotheists. They worshipped Jehovah as the supreme God over Israel, but recognized the existence of Baal and other deities who ruled over other tribes. The monotheistic concept of "Yahweh only" came later.

Monism: The belief that what people perceive as deity, humanity and the rest of the universe is in fact all of one substance - that divisions among the body, mind, flesh, spirit, material, physical are not real. All are simply aspects of one being.

Monotheism: The belief in a single God. Examples include Islam, Judaism, and Sikhism). Within Christianity, most denominations consider themselves to be monotheistic, even though they teach the existence of three separate persons in the Trinity. Some believe that religiously inspired violence is often found among monotheists.

Panentheism: The belief that the entire universe -- substances, forces and laws -- is God; the universe is God's body. God transcends the universe as well. (e.g. some components of New Age belief).

Pantheism: The belief that every existing entity (humans, animals, etc.) together, is a part of God. They do not see God as having a personality, the ability to make decisions, etc. Rather, God is the very spiritual essence of the entire universe.

Polytheism: belief in many Gods and Goddesses: (e.g. various Neopagan religions. Hinduism is often looked upon in the west as a polytheistic religion).

Trinity: belief in a single deity who has three aspects (e.g. historical Christianity, whose members generally believe in Trinity formed by a Father, Son and Holy Spirit who they view as being a single entity). Christians often look upon God as being omniscient, omnipotent, omnipresent and omnibeneficient (all knowing, all powerful, all present and all good.) Some liberal Christians believe that such a list of attributes is logically contradictory.

Wednesday, May 2, 2007

A New Earth-like Planet; "Aliens home..??"

'Is there life anywhere else?'

Astronomers have discovered the most Earth-like exoplanet yet. The planet, the smallest yet discovered, orbits the red dwarf Gliese 581 at a distance one fourteenth of that from Earth to the sun; its year is just 13 days long. However, because the star is so much cooler and less luminous than our own sun, the so-called habitable zone, where planets can carry liquid water, is much nearer the star. As we know, liquid water is critical to life. Moreover, its radius should be only 1.5 times the Earth's radius, and models predict that the planet should be either rocky - like our Earth - or covered with oceans. Scientists made the discovery using the Eso 3.6m Telescope in Chile.

The planet orbits the faint star Gliese 581, which is 20.5 light-years away in the constellation Libra. Gliese 581 c was identified at the European Southern Observatory (Eso) facility at La Silla in the Atacama Desert. The team making the discoveries used the HARPS (High Accuracy Radial Velocity for Planetary Searcher), perhaps the most precise spectrograph in the world. It can spot signals - variations in the velocity of a star - that fall far below the "noise" threshold of most spectrographs. The instrument can measure tiny changes in the velocity of a star as it experiences the gravitational tug of a nearby planet. Professor Glenn White at the Rutherford Appleton Laboratory is helping to develop the European Space Agency's Darwin mission, which will scan the nearby Universe, looking for signs of life on Earth-like planets.

Thursday, April 26, 2007

Chemistry student: "Hell is.."

Do you believe if there is a hell? What is the hell? Is Hell exothermic (gives off heat) or endothermic (absorbs heat)??

The following is the definition of the hell given by a chemistry student.

First, we need to know how the mass of Hell is changing in time. So we need to know the rate at which souls are moving into Hell and the rate at which they are leaving. I think that we can safely assume that once a soul gets to Hell, it will not leave. Therefore, no souls are leaving. As for how many souls are entering Hell, let's look at the different religions that exist in the world today.

Most of these religions state that if you are not a member of their religion, you will go to Hell. Since there is more than one of these religions and since people do not belong to more than one religion, we can project that all souls go to Hell. With birth and death rates as they are, we can expect the number of souls in Hell to increase exponentially. Now, we look at the rate of change of the volume in Hell because Boyle's Law states that in order for the temperature and pressure in Hell to stay the same, the volume of Hell has to expand proportionately as souls are added.

This gives two possibilities:

1. If Hell is expanding at a slower rate than the rate at which souls enter Hell, then the temperature and pressure in Hell will increase until all Hell breaks loose.

2. If Hell is expanding at a rate faster than the increase of souls in Hell,then the temperature and pressure will drop until Hell freezes over.

So which is it?

If we accept the postulate given to me by Teresa during my Freshman year that, "It will be a cold day in Hell before I sleep with you," and take into account the fact that I slept with her last night, then number two must be true, and thus I am sure that Hell is exothermic and has already frozen over. The corollary of this theory is that since Hell has frozen over, it follows that it is not accepting any more souls and is therefore, extinct......leaving only Heaven, thereby proving the existence of a divine being which explains why, last night, Teresa kept shouting "Oh my God."