It is popular in Japan today to drink water immediately after
waking up every morning. Furthermore, scientific tests have
proven a its value. We publish below a description of use of
water for our readers. For old and serious diseases as well
as modern illnesses the water treatment had been found
successful by a Japanese medical society as a 100% cure
for the following diseases:
Headache, body ache, heart system, arthritis, fast heart beat,
epilepsy, excess fatness, bronchitis asthma, TB, meningitis,
kidney and urine diseases, vomiting, gastritis, diarrhea, piles,
diabetes, constipation, all eye diseases, womb, cancer and
menstrual disorders, ear nose and throat diseases.
METHOD OF TREATMENT
1.. As you wake up in the morning before brushing teeth, drink 4 x 160ml
glasses of water
2.. Brush and clean the mouth but do not eat or drink anything for 45
minute
3.. After 45 minutes you may eat and drink as normal.
4.. After 15 minutes of breakfast, lunch and dinner do not eat or drink
anything for 2 hours
5.. Those who are old or sick and are unable to drink 4 glasses of water
at the beginning may commence by taking little water and gradually
increase it to 4 glasses per day.
6.. The above method of treatment will cure diseases of the sick and
others can enjoy a healthy life.
The following list gives the number of days of treatment required to
cure/control/ reduce main diseases:
1.. High Blood Pressure - 30 days
2.. Gastric - 10 days
3.. Diabetes - 30 days
4.. Constipation - 10 days
5.. Cancer - 180 days
6.. TB - 90 days
7.. Arthritis patients should follow the above treatment only for 3 days in
the 1st week, and from 2nd week onwards - daily.
This treatment method has no side effects, however at the commencement
of treatment you may have to urinate a few times.
It is better if we continue this and make this procedure as a routine work
in our life.
Drink Water and Stay healthy and Active.
This makes sense .. The Chinese and Japanese drink hot tea with their
meals ...not cold water. Maybe it is time we adopt their drinking habit
while eating!!! Nothing to lose, everything to gain...
For those who like to drink cold water, this article is applicable to you.
It is nice to have a cup of cold drink after a meal. However, the cold
water will solidify the oily stuff that you have just consumed. It will slow
down the digestion.
Once this "sludge" reacts with the acid, it will break down and be
absorbed by the intestine faster than the solid food. It will line the
intestine. Very soon, this will turn into fats and lead to cancer. It is best
to drink hot soup or warm water after a meal.
A serious note about heart attacks: Women should know that not every
heart attack symptom is going to be the left arm hurting.
Be aware of intense pain in the jaw line.
You may never have the first chest pain during the course of a heart
attack.
Nausea and intense sweating are also common symptoms.
60% of people who have a heart attack while they are asleep do not
wake up.
Pain in the jaw can wake you from a sound sleep. Let's be careful and be
aware. The more we know, the better chance we could survive...
A cardiologist says if everyone who gets this mail sends it to
everyone they know, you can be sure that we'll save at least
one life.
You may check the followin sites:
http://www.pyroenergen.com/articles/drinkwater.htm
http://www.healthandfitnessreview.com/water-therapy-drink-water-first-thing-in-the-morning-on-an-empty-stomach/
http://sandeep-pal.blogspot.com/2007/09/improve-your-living-by-drinking-water.html
* * * * * * * * *
Red Roses...
A man stopped at a flower shop to order some flowers to be wired to his mother who lived two hundred miles away. As he got out of his car he noticed a young girl sitting on the curb sobbing. He asked her what was wrong and she replied,"I wanted to buy a red rose for my mother. But I only have seventy-five cents, and a rose costs two dollars."
The man smiled and said, "Come on in with me. I'll buy you a rose." He bought the little girl her rose and ordered his own mother's flowers. As they were leaving he offered the girl a ride home. She said, "Yes, please! You can take me to my mother." She directed him to a cemetery, where she placed the rose on a freshly dug grave. The man returned to the flower shop, canceled the wire order, picked up a bouquet and drove the two hundred miles to his mother's house.
******
Moral: Don't Send Artificial Loves to your parents. Give them the respect and courtesy they desire. They are your most precious Treasure, Care for them. God Forbid, if they leave this world then one can do nothing but regret.
Love your family and relatives when they are alive don't wait until they are dead you start crying for them!!! What is the use, don't waste any quality time run and rush to your family and relatives and tell them how much you love them!!!!
January 13, 2009
January 06, 2009
RUSSIAN ANALYST PREDICTS DECLINE AND BREAKUP OF USA
A leading Russian political analyst has said the economic turmoil in the United States has confirmed his long-held view that the country is heading for collapse, and will divide into separate parts.
Professor Igor Panarin said in an interview with the respected daily IZVESTIA published on Monday: "The dollar is not secured by anything. The country's foreign debt has grown like an avalanche, even though in the early 1980s there was no debt. By 1998, when I first made my prediction, it had exceeded $2 trillion. Now it is more than 11 trillion. This is a pyramid that can only collapse."
The paper said Panarin's dire predictions for the U.S. economy, initially made at an international conference in Australia 10 years ago at a time when the economy appeared strong, have been given more credence by this year's events.
When asked when the U.S. economy would collapse, Panarin said: "It is already collapsing. Due to the financial crisis, three of the largest and oldest five banks on Wall Street have already ceased to exist, and two are barely surviving. Their losses are the biggest in history. Now what we will see is a change in the regulatory system on a global financial scale: America will no longer be the world's financial regulator."
When asked who would replace the U.S. in regulating world markets, he said: "Two countries could assume this role: China, with its vast reserves, and Russia, which could play the role of a regulator in Eurasia."
Asked why he expected the U.S. to break up into separate parts, he said: "A whole range of reasons. Firstly, the financial problems in the U.S. will get worse. Millions of citizens there have lost their savings. Prices and unemployment are on the rise. General Motors and Ford are on the verge of collapse, and this means that whole cities will be left without work. Governors are already insistently demanding money from the federal center. Dissatisfaction is growing, and at the moment it is only being held back by the elections and the hope that Obama can work miracles. But by spring, it will be clear that there are no miracles."
He also cited the "vulnerable political setup", "lack of unified national laws", and "divisions among the elite, which have become clear in these crisis conditions."
He predicted that the U.S. will break up into six parts - the Pacific coast, with its growing Chinese population; the South, with its Hispanics; Texas, where independence movements are on the rise; the Atlantic coast, with its distinct and separate mentality; five of the poorer central states with their large Native American populations; and the northern states, where the influence from Canada is strong.
He even suggested that "we could claim Alaska - it was only granted on lease, after all." Panarin, 60, is a professor at the Diplomatic Academy of the Russian Ministry of Foreign Affairs, and has authored several books on information warfare.
Developing...
source : http://www.drudgereport.com/flashrur.htm
Professor Igor Panarin said in an interview with the respected daily IZVESTIA published on Monday: "The dollar is not secured by anything. The country's foreign debt has grown like an avalanche, even though in the early 1980s there was no debt. By 1998, when I first made my prediction, it had exceeded $2 trillion. Now it is more than 11 trillion. This is a pyramid that can only collapse."
The paper said Panarin's dire predictions for the U.S. economy, initially made at an international conference in Australia 10 years ago at a time when the economy appeared strong, have been given more credence by this year's events.
When asked when the U.S. economy would collapse, Panarin said: "It is already collapsing. Due to the financial crisis, three of the largest and oldest five banks on Wall Street have already ceased to exist, and two are barely surviving. Their losses are the biggest in history. Now what we will see is a change in the regulatory system on a global financial scale: America will no longer be the world's financial regulator."
When asked who would replace the U.S. in regulating world markets, he said: "Two countries could assume this role: China, with its vast reserves, and Russia, which could play the role of a regulator in Eurasia."
Asked why he expected the U.S. to break up into separate parts, he said: "A whole range of reasons. Firstly, the financial problems in the U.S. will get worse. Millions of citizens there have lost their savings. Prices and unemployment are on the rise. General Motors and Ford are on the verge of collapse, and this means that whole cities will be left without work. Governors are already insistently demanding money from the federal center. Dissatisfaction is growing, and at the moment it is only being held back by the elections and the hope that Obama can work miracles. But by spring, it will be clear that there are no miracles."
He also cited the "vulnerable political setup", "lack of unified national laws", and "divisions among the elite, which have become clear in these crisis conditions."
He predicted that the U.S. will break up into six parts - the Pacific coast, with its growing Chinese population; the South, with its Hispanics; Texas, where independence movements are on the rise; the Atlantic coast, with its distinct and separate mentality; five of the poorer central states with their large Native American populations; and the northern states, where the influence from Canada is strong.
He even suggested that "we could claim Alaska - it was only granted on lease, after all." Panarin, 60, is a professor at the Diplomatic Academy of the Russian Ministry of Foreign Affairs, and has authored several books on information warfare.
Developing...
source : http://www.drudgereport.com/flashrur.htm
The 'first true scientist
Quoted from: Professor Jim Al-Khalili
University of Surrey
http://news.bbc.co.uk/2/hi/science/nature/7810846.stm
Isaac Newton is, as most will agree, the greatest physicist of all time.
At the very least, he is the undisputed father of modern optics, or so we are told at school where our textbooks abound with his famous experiments with lenses and prisms, his study of the nature of light and its reflection, and the refraction and decomposition of light into the colours of the rainbow.
Yet, the truth is rather greyer; and I feel it important to point out that, certainly in the field of optics, Newton himself stood on the shoulders of a giant who lived 700 years earlier.
For, without doubt, another great physicist, who is worthy of ranking up alongside Newton, is a scientist born in AD 965 in what is now Iraq who went by the name of al-Hassan Ibn al-Haytham.
Most people in the West will never have even heard of him.
As a physicist myself, I am quite in awe of this man's contribution to my field, but I was fortunate enough to have recently been given the opportunity to dig a little into his life and work through my recent filming of a three-part BBC Four series on medieval Islamic scientists.
Modern methods
Popular accounts of the history of science typically suggest that no major scientific advances took place in between the ancient Greeks and the European Renaissance.
But just because Western Europe languished in the Dark Ages, does not mean there was stagnation elsewhere. Indeed, the period between the 9th and 13th Centuries marked the Golden Age of Arabic science.
Great advances were made in mathematics, astronomy, medicine, physics, chemistry and philosophy. Among the many geniuses of that period Ibn al-Haytham stands taller than all the others.
Ibn al-Haytham is regarded as the father of the modern scientific method.
As commonly defined, this is the approach to investigating phenomena, acquiring new knowledge, or correcting and integrating previous knowledge, based on the gathering of data through observation and measurement, followed by the formulation and testing of hypotheses to explain the data.
This is how we do science today and is why I put my trust in the advances that have been made in science.
But it is often still claimed that the modern scientific method was not established until the early 17th Century by Francis Bacon and Rene Descartes.
There is no doubt in my mind, however, that Ibn al-Haytham arrived there first.
In fact, with his emphasis on experimental data and reproducibility of results, he is often referred to as the "world's first true scientist".
Understanding light
He was the first scientist to give a correct account of how we see objects.
He proved experimentally, for instance, that the so-called emission theory (which stated that light from our eyes shines upon the objects we see), which was believed by great thinkers such as Plato, Euclid and Ptolemy, was wrong and established the modern idea that we see because light enters our eyes.
What he also did that no other scientist had tried before was to use mathematics to describe and prove this process.
So he can be regarded as the very first theoretical physicist, too.
He is perhaps best known for his invention of the pinhole camera and should be credited with the discovery of the laws of refraction.
He also carried out the first experiments on the dispersion of light into its constituent colours and studied shadows, rainbows and eclipses; and by observing the way sunlight diffracted through the atmosphere, he was able to work out a rather good estimate for the height of the atmosphere, which he found to be around 100km.
Enforced study
In common with many modern scholars, Ibn-al Haytham badly needed the time and isolation to focus on writing his many treatises, including his great work on optics.
An unwelcome opportunity was granted him, however, when he was imprisoned in Egypt between 1011 and 1021, having failed a task set him by a caliph in Cairo to help solve the problem of regulating the flooding of the Nile.
While still in Basra, Ibn al-Haytham had claimed that the Nile's autumn flood waters could be held by a system of dykes and canals, thereby preserved as reservoirs until the summer's droughts.
But on arrival in Cairo, he soon realised that his scheme was utterly impractical from an engineering perspective.
Yet rather than admit his mistake to the dangerous and murderous caliph, Ibn-al Haytham instead decided to feign madness as a way to escape punishment.
This promptly led to him being placed under house arrest, thereby granting him 10 years of seclusion in which to work.
Planetary motion
He was only released after the caliph's death. He returned to Iraq where he composed a further 100 works on a range of subjects in physics and mathematics.
While travelling through the Middle East during my filming, I interviewed an expert in Alexandria who showed me recently discovered work by Ibn al-Haytham on astronomy.
It seems he had developed what is called celestial mechanics, explaining the orbits of the planets, which was to lead to the eventual work of Europeans like Copernicus, Galileo, Kepler and Newton.
It is incredible that we are only now uncovering the debt that today's physicists owe to an Arab who lived 1,000 years ago.
Professor Jim Al-Khalili presents Science and Islam on BBC Four at 2100GMT on Monday 5, 12 & 19 January
University of Surrey
http://news.bbc.co.uk/2/hi/science/nature/7810846.stm
Isaac Newton is, as most will agree, the greatest physicist of all time.
At the very least, he is the undisputed father of modern optics, or so we are told at school where our textbooks abound with his famous experiments with lenses and prisms, his study of the nature of light and its reflection, and the refraction and decomposition of light into the colours of the rainbow.
Yet, the truth is rather greyer; and I feel it important to point out that, certainly in the field of optics, Newton himself stood on the shoulders of a giant who lived 700 years earlier.
For, without doubt, another great physicist, who is worthy of ranking up alongside Newton, is a scientist born in AD 965 in what is now Iraq who went by the name of al-Hassan Ibn al-Haytham.
Most people in the West will never have even heard of him.
As a physicist myself, I am quite in awe of this man's contribution to my field, but I was fortunate enough to have recently been given the opportunity to dig a little into his life and work through my recent filming of a three-part BBC Four series on medieval Islamic scientists.
Modern methods
Popular accounts of the history of science typically suggest that no major scientific advances took place in between the ancient Greeks and the European Renaissance.
But just because Western Europe languished in the Dark Ages, does not mean there was stagnation elsewhere. Indeed, the period between the 9th and 13th Centuries marked the Golden Age of Arabic science.
Great advances were made in mathematics, astronomy, medicine, physics, chemistry and philosophy. Among the many geniuses of that period Ibn al-Haytham stands taller than all the others.
Ibn al-Haytham is regarded as the father of the modern scientific method.
As commonly defined, this is the approach to investigating phenomena, acquiring new knowledge, or correcting and integrating previous knowledge, based on the gathering of data through observation and measurement, followed by the formulation and testing of hypotheses to explain the data.
This is how we do science today and is why I put my trust in the advances that have been made in science.
But it is often still claimed that the modern scientific method was not established until the early 17th Century by Francis Bacon and Rene Descartes.
There is no doubt in my mind, however, that Ibn al-Haytham arrived there first.
In fact, with his emphasis on experimental data and reproducibility of results, he is often referred to as the "world's first true scientist".
Understanding light
He was the first scientist to give a correct account of how we see objects.
He proved experimentally, for instance, that the so-called emission theory (which stated that light from our eyes shines upon the objects we see), which was believed by great thinkers such as Plato, Euclid and Ptolemy, was wrong and established the modern idea that we see because light enters our eyes.
What he also did that no other scientist had tried before was to use mathematics to describe and prove this process.
So he can be regarded as the very first theoretical physicist, too.
He is perhaps best known for his invention of the pinhole camera and should be credited with the discovery of the laws of refraction.
He also carried out the first experiments on the dispersion of light into its constituent colours and studied shadows, rainbows and eclipses; and by observing the way sunlight diffracted through the atmosphere, he was able to work out a rather good estimate for the height of the atmosphere, which he found to be around 100km.
Enforced study
In common with many modern scholars, Ibn-al Haytham badly needed the time and isolation to focus on writing his many treatises, including his great work on optics.
An unwelcome opportunity was granted him, however, when he was imprisoned in Egypt between 1011 and 1021, having failed a task set him by a caliph in Cairo to help solve the problem of regulating the flooding of the Nile.
While still in Basra, Ibn al-Haytham had claimed that the Nile's autumn flood waters could be held by a system of dykes and canals, thereby preserved as reservoirs until the summer's droughts.
But on arrival in Cairo, he soon realised that his scheme was utterly impractical from an engineering perspective.
Yet rather than admit his mistake to the dangerous and murderous caliph, Ibn-al Haytham instead decided to feign madness as a way to escape punishment.
This promptly led to him being placed under house arrest, thereby granting him 10 years of seclusion in which to work.
Planetary motion
He was only released after the caliph's death. He returned to Iraq where he composed a further 100 works on a range of subjects in physics and mathematics.
While travelling through the Middle East during my filming, I interviewed an expert in Alexandria who showed me recently discovered work by Ibn al-Haytham on astronomy.
It seems he had developed what is called celestial mechanics, explaining the orbits of the planets, which was to lead to the eventual work of Europeans like Copernicus, Galileo, Kepler and Newton.
It is incredible that we are only now uncovering the debt that today's physicists owe to an Arab who lived 1,000 years ago.
Professor Jim Al-Khalili presents Science and Islam on BBC Four at 2100GMT on Monday 5, 12 & 19 January
January 05, 2009
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