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How can Islam be called the religion of peace when it was spread by the sword?


It is a common complaint among some non-Muslims that Islam would not have millions of adherents all over the world, if it had not been spread by the use of force. The following points will make it clear, that far from being spread by the sword, it was the inherent force of truth, reason and logic that was responsible
for the rapid spread of Islam.

1. Islam means peace.
Islam comes from the root word ‘salaam’, which means peace. It also means submitting one’s will to Allah (swt). Thus Islam is a religion of peace, which is acquired by submitting one’s will to the will of the Supreme Creator, Allah (swt).

2. Sometimes force has to be used to maintain peace.
Each and every human being in this world is not in favour of maintaining peace and harmony. There are many, who would disrupt it for their own vested interests. Sometimes force has to be used to maintain peace. It is precisely for this reason that we have the police who use force against criminals and antisocial
elements to maintain peace in the country. Islam promotes peace. At the same time, Islam exhorts it followers to fight where there is oppression. The fight against oppression may, at times, require the use of force. In Islam force can only be used to promote peace and justice.

3. Opinion of historian De Lacy O’Leary.
The best reply to the misconception that Islam was spread by the sword is given by the noted historian De Lacy O’Leary in the book “Islam at the cross road” (Page 8): “History makes it clear however, that the legend of fanatical Muslims sweeping through the world and forcing Islam at the point of the sword upon conquered races is one of the most fantastically absurd myth that historians have ever repeated.”

4. Muslims ruled Spain for 800 years.
Muslims ruled Spain for about 800 years. The Muslims in Spain never used the sword to force the people to convert. Later the Christian Crusaders came to Spain and wiped out the Muslims. There was not a single Muslim in Spain who could openly give the adhan, that is the call for prayers.

5. 14 million Arabs are Coptic Christians.
Muslims were the lords of Arabia for 1400 years. For a few years the British ruled, and for a few years the French ruled. Overall, the Muslims ruled Arabia for 1400 years. Yet today, there are 14 million Arabs who are Coptic Christians i.e. Christians since generations. If the Muslims had used the sword there would not have been a single Arab who would have remained a Christian.

6. More than 80% non-Muslims in India.
The Muslims ruled India for about a thousand years. If they wanted, they had the power of converting each and every non-Muslim of India to Islam. Today more than 80% of the population of India are non-Muslims. All these non-Muslim Indians are bearing witness today that Islam was not spread by the sword.

7. Indonesia and Malaysia.
Indonesia is a country that has the maximum number of Muslims in the world. The majority of people in Malaysia are Muslims. May one ask, “Which Muslim army went to Indonesia and Malaysia?”

8. East Coast of Africa.
Similarly, Islam has spread rapidly on the East Coast of Africa. One may again ask, if Islam was spread by the sword, “Which Muslim army went to the East Coast of Africa?”

9. Thomas Carlyle.
The famous historian, Thomas Carlyle, in his book “Heroes and Hero worship”, refers to this misconception about the spread of Islam: “The sword indeed, but where will you get your sword? Every new opinion, at its starting is precisely in a minority of one. In one man’s head alone. There it dwells as yet. One man alone of the whole world believes it, there is one man against all men. That he takes a sword and try to propagate with that, will do little for him. You must get your sword! On the whole, a thing will propagate itself as it can.”

10. No compulsion in religion.
With which sword was Islam spread? Even if Muslims had it they could not use it to spread Islam because the Qur’an says in the following verse: “Let there be no compulsion in religion: Truth stands out clear from error”
[Al-Qur’an 2:256]

11. Sword of the Intellect.
It is the sword of intellect. The sword that conquers the hearts and minds of people. The Qur’an says in Surah Nahl, chapter 16 verse 125: “Invite (all) to the way of thy Lord with wisdom and beautiful preaching; and argue with them in ways that are best and most gracious.”
[Al-Qur’an 16:125]

12. Increase in the world religions from 1934 to 1984.
An article in Reader’s Digest ‘Almanac’, year book 1986, gave the statistics of the increase of percentage of the major religions of the world in half a century from 1934 to 1984. This article also appeared in ‘The Plain Truth’ magazine. At the top was Islam, which increased by 235%, and Christianity had increased only by 47%. May one ask, which war took place in this century which converted millions of people to Islam?

13. Islam is the fastest growing religion in America and Europe.
Today the fastest growing religion in America is Islam. The fastest growing religion in Europe in Islam. Which sword is forcing people in the West to accept Islam in such large numbers?

14. Dr. Joseph Adam Pearson.
Dr. Joseph Adam Pearson rightly says, “People who worry that nuclear weaponry will one day fall in the hands of the Arabs, fail to realize that the Islamic bomb has been dropped already, it fell the day MUHAMMED (pbuh) was born”.

Big Bang Experiment : A CERN Initiative

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GENEVA 10th September ’08Deep beneath the Swiss-French border near Geneva, thousands of physicists are building the world’s largest and most expensive science experiment — a particle collider that they hope will bring them one step closer toward unlocking some of the universe’s oldest secrets.

Big Bang experiment:A CERN initiative

The Swiss laboratory CERN, where scientists launched the experiment to re-enact the ‘Big Bang’

The world’s largest particle collider successfully completed its first major test by firing a beam of protons all the way around a 17-mile (27-kilometer) tunnel on Wednesday in what scientists hope is the next great step to understanding the makeup of the universe.

After a series of trial runs, two white dots flashed on a computer screen at 10:36 am (0836 GMT) indicating that the protons had travelled the full length of the US$3.8 billion Large Hadron Collider.

A technician working in a computing centre of the CERN.

”There it is,” project leader Lyn Evans said when the beam completed its lap.

Champagne corks popped in labs as far away as Chicago, where contributing scientists watched the proceedings by satellite. Physicists around the world now have much greater power than ever before to smash the components of atoms together in attempts to see how they are made.

“Well done everybody,” said Robert Aymar, Director-General of the European Organisation for Nuclear Research, to cheers from the assembled scientists in the collider’s control room at the Swiss-French border.

People work at the CERN Control Centre. The purpose of the CERN Control Centre is to combine the control rooms of the laboratory’s eight accelerators, as well as the piloting of cryogenics and technical infrastructures

The organisation, known by its French acronym CERN, began firing the protons – a type of subatomic particle – around the tunnel in stages less than an hour earlier.

Now that the beam has been successfully tested in clockwise direction, CERN plans to send it counter-clockwise. Eventually, two beams will be fired in opposite directions with the aim of recreating conditions a split second after the big bang, which scientists theorize was the massive explosion that created the universe.

The start of the collider – described as the biggest physics experiment in history – comes over the objections of some skeptics who fear the collision of protons could eventually imperil the earth.


A view into the Grid PC farm at the CERN Computer Centre, where banks of computers process and store data. When the operation starts, it will produce enough data every year to fill a stack of CDs 20 km tall. To handle this huge amount of data, CERN has also developed the Grid, allowing processing power to be shared between computer centres around the world.
The skeptics theorised that a by-product of the collisions could be micro black holes, subatomic versions of collapsed stars whose gravity is so strong they can **** in planets and other stars.

“It’s nonsense,” said James Gillies, chief spokesman for CERN, before Wednesday’s start.

CERN is backed by leading scientists like Britain’s Stephen Hawking in dismissing the fears and declaring the experiments to be absolutely safe.

A view of the island Super Proton Synchrotron of the CERN Control Centre in Prevessin, France where the operators prepare commissioning of the Large Hadron Collider
Gillies said the most dangerous thing that could happen would be if a beam at full power were to go out of control and that would only damage the accelerator and burrow into the rock around the tunnel.

Nothing of the sort occurred on Wednesday, though accelerator is still probably a year away from full power.

The particle collider in a tunnel at CERN, near Geneva.
On Wednesday, we start small,” said Gillies. “A really good result would be to have the other beam going around, too, because once you’ve got a beam around once in both directions you know that there is no show-stopper.”

The project organised by the 20 European member nations of CERN has attracted researchers from 80 nations. Some 1,200 are from the United States, an observer country which contributed US$531 million. Japan, another observer, also is a major contributor.

A Sub-Terrain Ring Path Outlined !

‘Big Bang’ day for 30 Indian scientists


When, on Wednesday, at 12.30 pm IST, a group of physicists turn on a machine that will recreate the birth of the universe, the Raniwala couple from Jaipur will be watching the experiment very closely. After all, this will be the largest experiment in human history. And Sudhir Raniwala and Rashmi Raniwala, associate professors of physics at Rajasthan University, are among the 30-odd physicists from India, who are part of this experiment.

At the heart of this is the Large Hadron Collider (LHC), which was constructed at a cost of $4.4 billion. It is the latest in a series of successively more powerful particle accelerators that have been built at the European Centre for Nuclear Research (CERN) laboratory in Geneva.

Within the LHC’s circular tunnel, 27 km in circumference, beams of protons will be accelerated to up to 99.999999% of the speed of light. When they smash together, they will generate concentrations of energy resembling those that occurred during the first trillionth of a second after the Big Bang.

“We have designed the Photon Multiplicity Detector (PMD), which has been fitted in the LHC, in which small particles (protons) will be accelerated and made to collide at the highest-ever man-made speed,” Raniwala told TOI on Monday. He said the PMD, designed by him and other Indians, is part of the ALICE project in the LHC, under which experts will try to generate quark-gluon plasma matter, which was present at the time of the creation of the universe.

To give you an idea, everything that you see around you, including yourself, can be reduced to atoms. Now, atoms can be further broken up into neutrons, protons and electrons. Neutrons and protons together form the nucleus of an atom. But what makes up neutrons and protons? That’s where quarks come into the picture. These are subatomic particles held together by gluons and form the nucleus of an atom.

In nature, quarks are always found bound together in groups, and never in isolation, because of a phenomenon known as confinement. These groups of quarks are called hadrons. (That’s where the collider gets its name from.) Now, when beams of protons smash together at almost the speed of light there will be such a high concentration of energy that a form of matter called quark-gluon plasma will be created. In this phase, for a brief period of time, a large number of free quarks and gluons can exist. That was how things were just after the Big Bang.

The Photon Multiplicity Detector (PMD) will play a key role in this experiment. The PMD was developed at the Variable Energy Cyclotron Centre in Kolkata, which is a body of the Department of Atomic Energy, and the machines were transported to Geneva from February this year. The machines sent from Kolkata were fitted in the LHC by June. Raniwala said experts from IIT-Mumbai, Panjab University, Jammu University, Institute of Physics, Bhubaneswar, Tata Institute of Fundamental Research, Mumbai, and Rajasthan University worked together to develop the PMD.

Raniwala, who has been associated with the project since its letter of intent was submitted in 1992, will be going to Geneva on September 21 to study the after-effects of the collisions. “The idea is to study whether the lab can create what happened at the time of the creation of the universe.” The Indian physicists will be connected with the LHC experiment through GRID computing system, which has been installed at the RU physics laboratory also. “There will be $600 million collisions every second and every collision will emit two-lakh small signals. We will study these signals, clean the data and analyse them,” Raniwala said.

Allaying fears about the high-speed collisions in the tunnel, Raniwala said, “Cosmic rays in the universe send particles with much greater energies than those being achieved in the lab, so there’s nothing to worry about.” He said that even the CERN director-general had assessed the safety issues and nothing was found to be unsafe. “The internal safety assessment report concluded that there is no basis for any concern, which was also endorsed by the 20 independent experts from the Science Policy Committee,” he added.

The giant new particle collider is being linked to spectacular spin offs, including improved cancer treatments, systems for destroying nuclear waste and insights into climate change.


Stunning Images Of The Large Hadron Collider