History

The Enlightenment (Age of Reason)

The enlightenment is the name given to the era of intellectual and critical ferment that began in Europe and America in the late 17th century and continued through the century that followed. During this period a diverse range of thinkers known as philosophers in France – sought to replace the blindly accepted beliefs of the past with rational thoughts and rational practice -in every activity from political economy to the treatment of criminals.

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Their outlook was broadly liberal and humanitarian, and in general they were critical of the repressiveness and dogmatism of the Roman Catholic Church, and condemned those rulers who displayed a disregard for the welfare of their subjects. The thinkers of the Enlightenment looked back to the Scientific Revolution of the 16th and 17th centuries as their inspiration. Copernicus, Kepler, Galileo and others who had demonstrated the falsity of the Church’s teaching that the Earth was at the centre of the Universe, and Newton had, by inference from observations, come up with a complete explanation of motion, from that of cannon ball through the air to a planet orbiting the Sun. This and other advances in experimental science in the later 17th century – which had both explanatory and predictive power – led to the triumph of empiricism over cartesianism, the system of the French philosopher Rene Descartes (1596-1650). Descartes was of the stance that all knowledge gained via the senses is unreliable, and all that we can know for certain must be deduced from the basic irrefutable premise, “I think therefore I am”. The principles of empiricism, which contradicted those of Cartesianism, were enunciated by the English philosopher John Locke in his essay concerning Human Understanding (1690). In this, Locke argued that humans have no innate ideas, but derive all knowledge from experience, via ‘sensation’ and ‘reflection’. This was what constitutes reason, he argued, ‘as contra distinguished to Faith’.

Back then, few of the thinkers of the Enlightenment were atheists, but many were adherents of deism. Deists rejected the divine revelations and miracles of Christianity, proposing a God whose existence could be established by reason, rather than surmised by faith. Thus God was necessary as the ‘first cause’ that brought the universe into being, and it was God who had designed the stars and the planets to run like clockwork in the way described by Newton. This God had endowed humans with reason and free will, but otherwise stood back from his creation.

Some leading figures of the Enlightenment that many of us are familiar with are as follows:

  1. John Locke (1632-1704), English philosopher: popularized the idea of the ‘social contract’ between government and governed, and championed empiricism – the belief that knowledge is ultimately derived via the sense.
  2. Voltaire (Francois Marie Arouet, 1694-1778), French writer and philosopher; popularized ideas of Locke and Newton, champion of liberty and toleration.
  3. Cesare Beccaria (1738-94), Italian legal theorist: his well known book ‘Crimes and Punishments’ exponded the principles behind criminal law, called for the abolition of torture and capital punishment, and inspired many countries to reform their penal codes.
  4. Adam Smith (1723-90), Scottish philosopher and economist: The wealth of Nations he espoused free trade as against monopoly and regulation, upheld the role of self interest in the creation of a wealthier society, and demonstrated the economic advantages of the division of labor.

 

To conclude, the Enlightenment helped to establish the values of modern liberal democracies.

p.s. Will be writing more on the Age of reason soon 🙂

Happy reading!

History

Intellectual Golden Ages

How many of you are familiar with the fact that the growth of Islam in the seventh century sparked a golden age of scientific discovery? Many of us are completely unaware of the fact that the era of the Abbasid Caliphs’ in Baghdad is known as the Golden Age of Islam. The ninth through thirteenth centuries in the Muslim world mark an era of scientific, religious, philosophical and cultural development, the scale and depth of which had never been seen in the history of mankind before.

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My analysis tells me that the major advancements in the fields stated above became visible in the early 800s, during the regime of Abbasids who rose to prominence on the back of promises of a positive and idealistic future. They had their capital, a world city of over a million people in Baghdad, and they had the diverse cultures of the Greeks, Copts, Persians, and Indians from which to adopt the best aspects of previous civilizations. I was super fascinated by the fact that in the mind of the seventh Abbasid caliph, Al- Mamun (813-833), future idealistic society could only be achieved through science and rationalism. He believed that if the best scholars from the Muslim world could be brought together to learn from each other, limitless possibilities would open up. With this in mind, he established an educational institute in Baghdad known as the House of Wisdom (Arabic: Bayt al-Hikmah). He believed that if the best scholars from the Muslim world could be together to learn from each other, limitless possibilities would open up.

House of Wisdom was a one stop learning hub as it comprised of a library, translation institute and a research lab. Impressive right? This was the time when books and knowledge were valued so much that if a person was able to translate any book from its original language into Arabic he was given the book’s weight in gold. Arabic became a lingua franca that could unite people from diverse backgrounds and it was a language commonly used by scientists and researchers.

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It should be noted that Islam lays great emphasis on the significance of acquiring knowledge. To an extent where it makes scientific research an act of worship.

In this article I will only talk about the contributions made my Muslims in the field of mathematics. Muslim scholars back then firmly believed that through the understanding of advanced mathematics they could discover the underlying principles that dictate the natural rules of the world. Today, anyone who has taken a basic physics class understands that formulas dictate the movement of objects through space. In the golden ages, that formula was a mystery, and through theory and experimentation, scientists hoped to find these seemingly magical algorithms. And through that understanding, a greater appreciation and love for God’s power and relationship with His creation could be achieved, making mathematics study a religious journey as well.

  • One of the most recognized Muslim mathematicians was Muhammad ibn Musa al-Khwariszmi who lived from 780 to 850. Among his major contributions was the adoption of the Indian numerical system and its dissemination. Al-Khwarizmi not only borrowed the system from the ancient Indians but also added on to it an important missing link: the ZERO (since anything divided by zero is undefined). Greatest contribution was the development of Algebra. In his monumental work “The Compendious Book on Calculation by Completion and Balancing”, he explains how algebraic equations can be used to solve everyday problems. Oh and al-jabr means completion, referring to the balancing of both sides of an algebraic equation to find a solution.
  • Omar Khayyam was another great Muslim mathematician who lived from 1048 to 1131. Apart from being known for poetry on love and mysticism he is also known as an accomplished mathematician. He managed to find a method for solving cubic equations- algebraic expressions in which the variable is raised to a power of three. He was the first one to formulate the binomial theorem which helps solve algrabraic expressions by expanding them into sums.

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Muslims further developed trigonometry itself, particularly the tenth century scientist al-Battani for a very practical reason. Through trigonometric functions and a basic understanding of the stars, people could calculate their exact position on earth, which was of vital importance to Muslims. Handbooks produced in the golden age listed hundred of cities, the it coordinates and direction from there direction from Mecca. The basic trigonometric properties put forth by Muslim mathematicians even serve as the basis for how GPS systems work today.

I will conclude this article on a short note that the contributions made by Muslim scientists and scholars should never be ignored. The contributions made back then helped in shaping Muslim culture and civilization. Very soon I will be writing on the contributions that were made by Muslims in fields like astronomy, medicine and geography.

Till then bye!

History

Pythagoras of Samos

It’s been quite a while since I wrote my last blog article and so this seems to be a nice and perfect time to write something. Though I am not a very big fan of maths and for some reason I have always found it super challenging but today I am going to be writing on something relevant to the subject field. No worries if you are not a maths enthusiast but if you happen to have even the slightest of interest in philosophy and history you will find this piece of writing quite interesting.

It’s unfortunate that I did not get the chance to study Philosophy earlier despite having deep interest in the subject but here I am studying a philosophy course called “Logic-how to think” from an Ex-formanite who is also a PhD in Philosophy from University of Edinburgh. I believe that all great Philosophers like Socrates, Aristotle, Pythagoras etc were great thinkers and were alike in a way that they had deep craving to understand the meaning of life. Either it be the understanding of virtue, politics or ethics (Socrates) or it be the study of  logic or metaphysics ( Aristotle), or the understanding of geometry and medicine (Pythagoras) all these great thinkers wanted to know more about life and their existence. They were the kind of people who would think of things beyond obvious and beyond the monotonous life of their times.

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Great Philosophers who discovered the different dimensions of life

Now one of the reasons for which I am taking Logic this semester is because it gives great promise for it provides a mastery of invention and judgment, as well as supplies ability to divide, define, and prove with conviction. It is such an important part of philosophy that it serves the other parts in much the same way as the soul does the body. However, I will be talking more about it once I have more knowledge regarding it. And so for now I will stick to the topic which is “Pythagoras-the pioneer of Pythagoras theorem”.

As astonishing as it may sound Pythagoras did not leave a single written work behind him. However, Heraclitus the natural scientist pretty well shouts it out when he says: “Pythagoras, son of Mnesarchus , practiced inquiry more than any other man, and selecting from the writing of those before him he made a wisdom of his own – a polymath, a worthless artifice”. (Pythagoras by Kitty Ferguson)

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Pythagoras

Pythagoras believed that all things revolve around numbers and this discovery was made by him in music. The first natural law ever formulated mathematically was the relationship between musical pitch and the length of a vibrating harp string and Pythagoras was the one to formulate it. He also believed that the universe itself hummed with its own harmony—beautiful, divine, and inaudible to human ears. He characterized the intervals between successive orbits, such as those of Mercury and Venus, as either tones or half-tones (the smallest intervals in the musical scale), adding up to seven whole tones that form a perfectly harmonious natural order. According to many ancient sources Pythagoras applied his discoveries in music theory to the behavior of the celestial objects. Pluck a string, and the pitch of the note it produces is related to the length of the string. When the lengths of two strings are a simple ratio—1/2, 2/3, and so on—the notes together sound harmonious.

 

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Music of the Spheres 

 

Apart from this, he also proposed the mathematical concept known as “The Pythagoras Theorem” which we are all very familiar with.  Pythagoras’ Theorem and the properties of right-angled triangles seems to be the most ancient and widespread mathematical development after basic arithmetic and geometry, and it was touched on in some of the most ancient mathematical texts from Babylon and Egypt, dating from over a thousand years earlier.  He deduced that, for any right-angled triangle, the square of the length of the hypotenuse (the longest side, opposite the right angle) is equal to the sum of the square of the other two sides (or “legs”). Written as an equation: a2 + b2 = c2. The simplest and most commonly quoted example of a Pythagorean triangle is one with sides of 3, 4 and 5 units (32 + 42 = 52, as can be seen by drawing a grid of unit squares on each side as in the diagram given below), but there are a potentially infinite number of other integer “Pythagorean triples”, starting with (5, 12 13), (6, 8, 10), (7, 24, 25), (8, 15, 17), (9, 40, 41), etc. It should be noted, however that (6, 8, 10) is not what is known as a “primitive” Pythagorean triple, because it is just a multiple of (3, 4, 5).

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Pythagoras’ (Pythagorean) Theorem

Among his other major achievements in geometry, Pythagoras also realized that the sum of the angles of a triangle is equal to two right angles (180°), and probably also the generalization which states that the sum of the interior angles of a polygon with n sides is equal to (2n – 4) right angles, and that the sum of its exterior angles equals 4 right angles. They were able to construct figures of a given area, and to use simple geometrical algebra, for example to solve equations such as a(a – x) = x2 by geometrical means.

To conclude, Pythagoras made some thought provoking discoveries which are studied and practiced even to this day. His calm nature and passion for wisdom was what helped him in creating breakthroughs in the fields of maths, science and philosophy.

 

History

How Hitler revived Germany’s Economy during the Great Economic Depression

The revival of Germany’s economy during Hitler’s era which is known as the Third Reich is my all time favorite topic. The reason for which I am so passionate about writing on Hitler’s era is because history shows a lot of prejudice ignorance and hatred towards his era and completely ignores the prosperity that Germany experienced during his tenure. The story of the Third Reich is completely ignored in regards to the economic prosperity that Germany witnessed even during the global economic paralysis aka The Great Economic Depression.

In my previous article I talked about the true meaning of national socialism and how it led to the unification of Germany as a sovereign nation. The ideology of  National Socialism focused on personal initiative, and taking responsibility, not only for oneself, merely for one’s own benefit, but also for the national community, as well as the environment, and thereby, ensuring the survival, that is, the health and prosperity of the nation and the society as a whole entity, and not merely the ‘survival of the fittest’ and continuous prosperity of the already prosperous, solely to their own advantage.

During the global economic paralysis Hitler’s national socialist party was able to propose and implement policies and projects to effectively tackle the economic downturn. According to John Kenneth, an economist by profession, elimination of unemployment in Germany during the Great Depression without inflation with reliance on civilian activities was a significant accomplishment. Hitler’s regime’s economic policy involved large scale borrowing for public expenditure and at first this was principally for civilian work; rail roads, canals and the Autobahn highway network. By the end of the year 1935, unemployment was at its end in Germany. What fascinates me a great deal is how profoundly and intuitively Hitler understood economics. Hitler also anticipated modern economic policy by recognizing that a rapid approach to full employment was only possible if it was combined with wage and price controls. His goal was not just to make Germany’s economy booming but was also to make the German people have faith in themselves, in their country and its resources. He strongly believed that Germany’s prosperity could be revived only if its people would have confidence in themselves and the regime, as it required both of them to work collaboratively to make Germany great again.

Hitler believed that for reorganizing Germany’s economic structure farmers should be rescued to maintain the nations food supply and, in consequence, the nation’s vital foundation. He said that farmers should be respected and facilitated for their contribution towards the betterment of the country is great. After coming into power, writes Prof. John Garraty, a prominent American historian, Hitler and his new government immediately launched an all-out assault on unemployment. They stimulated private industry through subsidies and tax rebates, encouraged consumer spending by such means as marriage loans, and plunged into the massive public-works program that produced the autobahn (highway system), and housing, railroad and navigation projects. Hitler’s regime kept its promise of improving Germany’s economy in four years and was successful in eradicating unemployment.

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Major improvements during Hitler’s regime are as follows:

  • From 1932 to 1938 gross real weekly earnings increased by 21 percent. After taking into account tax and insurance deductions and adjustments to the cost of living, the increase in real weekly earnings during this period was 14 percent.
  • The “normal” work day for most Germans was eight hours, and pay for overtime work was generous. In addition to higher wages, benefits included markedly improved working conditions, such as better health and safety conditions, canteens with subsidized hot meals, athletic fields, parks, subsidized theater performances and concerts, exhibitions, sports and hiking groups, dances, adult education courses, and subsidized tourism.
  • Between 1932 and 1938, the volume of tourism doubled, while automobile ownership during the 1930’s tripled. German motor vehicle production, which included cars made by the US-owned Ford and General Motors (Opel) works, doubled in the five years of 1932 to 1937, while Germany’s motor vehicle exports increased eight-fold. Air passenger traffic in Germany tripled from 1933 to 1937.
  • German business revived and prospered and during the first four years of the National Socialist era, net profits of large corporations quadrupled, and managerial and entrepreneurial income rose by nearly 50 percent.
  • Between 1933 and 1938, according to Niall Ferguson, Germany’s gross domestic product grew, on average, by a remarkable eleven percent a year, with no significant increase in the rate of inflation.
  • Although German businesses flourished, profits were controlled and by law were kept within moderate limits. Beginning in 1934, dividends for stockholders of German corporations were limited to six percent annually. Undistributed profits were invested in Reich government bonds, which had an annual interest yield of six percent, and then, after 1935, of four and a half percent. This policy had the predictable effect of encouraging corporate reinvestment and self-financing, and thereby of reducing borrowing from banks and, more generally, of diminishing the influence of commercial capital.
  • Taxation during Hitler’s regime was progressive as those falling in the higher income band had to pay more tax as compared to those with low incomes.
  • Germany’s crime rate fell during the Hitler years, with significant drops in the rates of murder, robbery, theft and embezzlement.

 

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In a lengthy address to the Reichstag in early 1937, Hitler recalled the promises he had made when his government came into power. He also explained the principles on which his policies were based, and looked back at what had been accomplished in four years. He also said that those who talk about ‘democracies’ and ‘dictatorships’, simply do not understand that a revolution had been carried out in Germany, and the results of which could be considered democratic in the highest sense of the term, if democracy had any real meaning .

In another address two years later, Hitler spoke briefly about his regime’s economic achievement: “I overcame chaos in Germany, restored order, enormously raised production in all fields of our national economy, by strenuous efforts produced substitutes for numerous materials that we lack, encouraged new inventions, developed traffic, caused mighty roads to be built and canals to be dug, called into being gigantic factories, and at the same time endeavored to further the education and culture of our people for the development of our social community. I succeeded in finding useful work once more for the whole of the seven million unemployed, who so touched all our hearts, in keeping the German farmer on his soil in spite of all difficulties, and in saving the land itself for him, in restoring a prosperous German trade, and in promoting traffic to the utmost.”

To conclude, Hitler’s love for Germany and the German people can never be doubted. His intellectual understanding of the world around him is something that has always intrigued me. His commitment and passion towards his goal of making Germany great again was something that made him a unique leader. I therefore believe that the bright side of Hitler’s regime should never be ignored!