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Decoding Harappa culture: Indus script is not a language but a numerical representation

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By NewsGram Staff Writer

A veteran science historian has recently claimed that according to the artifacts discovered during the research of the Indus Valley Civilization, it was discovered that the Indus script is not a language but a numerical representation.

B.V. Subbaraayappa, a 90-year-old historian and a former president of the International Union of History & Philosophy of Science, said, “Attempts to decipher the Indus script were based on the assumption that a script should connote linguistic writing. There are many languages the world over without a script even today.”

The Indus Valley Civilisation was discovered by the Archeological Survey of India’s (ASI) director general John Marshall who later wrote about this discovery in “The Illustrated London News” in 1924.

Since then there are a number of mysteries associated with the civilization and one of them is language. The script became contentious due to different interpretations by linguists, historians and archaeologists the world over.

Subbarayappa stated that, “Over 4,000 seals and other inscribed artifacts were unearthed in the Indus Valley sites or the Harappa culture as archaeologists call it, and located in India and (now) Pakistan. They were used to meet the accounting needs of farm production and management.”

The script that was found had a unique and distinct characteristic features. The Indus Valley people had used the mathematical symbols like decimal, additive, multiplicative numerical system in their day-to-day occupations, which were primarily agriculture and animal husbandry.

Subbarayappa added, “The symbolic representation of six, four and two-rowed varieties of barley, wheat and cotton were depicted in the form of a composite animal – unicorn, a motif in about 1,100 seals, which were intended to be records of food grains (wheat & barley) and commodities (cotton).”

Buffalos, humped bulls and rhinos were also used for counting and making records associated with agriculture activity or production.

Subbarayappa recalled that, “The premise of the numerical hypothesis is that a language can be in vogue in the form of oral tradition long before it was scripted. For instance, the Vedic language did not have a script for over 1,000 years.”

Subbarayappa reiterated his argument by saying that, “Repetition of symbols twice, thrice and four times alongside on an Indus seal makes sense only in numeration and not in a language. Their presentation in a line mostly and occasionally in two or three lines on seals indicates numerical value than linguistic expression.”

As there is no outcome on the linguistic assumptions of Indus scripts and it is still in a blind alley, the science historian wants national institutions like the ASI, the Indian Council of Historical Research and the Indian National Science Academy to assess its numerical hypothesis in a scientific way.

Explaining the use of numerical in Indus culture, Subbarayappa concluded, “The large granaries at Mohenjo-daro and Harappa, 18 de-husking platforms, geometrically shaped streets and lanes, standard storage jars, bricks in 1:2:4 ratio and seals clearly indicate the role of numerals and their utilization by the Indus Valley people for over a long time.”

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India successfully test fires n-capable Agni-V ballistic missile

The missile was earlier tested successfully in 2012, 2013, 2015 and 2016.

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The Defence Research and Development Organisation (DRDO) sources said the Nirbhay missile test was "successful".(Representative image) VOA
  • India successfully tests the Agni-V ballistic missile on Thursday
  • This was the fifth test that missile underwent
  • With this success India is now in ranks with US, UK, China and Russia

India on Thursday successfully test fired its indigenously developed intercontinental surface-to-surface nuclear-capable ballistic missile Agni-V — the most potent and with the longest range in the Agni series – that can reach targets as far as Beijing.

The test took place at the Abdul Kalam Island facility off the Odisha coast. Defence Minister Nirmala Sitharaman tweeted about its success, congratulating its makers DRDO, the armed forces and the defence industry.

You may also like : Ballistic missile Agni-IV test fired as part of user trial

India has many high tech and powerful missiles to its name. Wikimedia Commons
India has many high tech and powerful missiles to its name. Wikimedia Commons

She said the successful test of the 5,000-km-range missile that can carry a one-tonne warhead, was “a major boost to the defence capabilities of our country”.

“The Made in India canistered missile, having three stages of propulsion, was successfully test fired,” she tweeted.

Developed by the Defence Research and Development Organisation (DRDO), the Agni-V is the most advanced version of the Agni series, part of the Integrated Guided Missile Development Programme that started in the 1960s.

The missile was earlier tested successfully in 2012, 2013, 2015 and 2016.

This was the fifth test of the missile and likely to be its first user trial, though there was no official word on it.

India is developing new technologies everyday to strengthen its defence.
India is developing new technologies everyday to strengthen its defence.

Thursday’s test brings the missile closer to its induction in the tri-service Strategic Forces Command.

The missile has a much longer shelf life, with its container being made of special steel that absorbs the blast of the takeoff.

In the canisterised launch, a gas generator inside ejects the missile up to a height of about 30 metres. A motor is then ignited to fire the missile.

Also Read : Nikki Haley says North Korea Could Face Stronger Sanctions due to its 7th Missile test in 2017 .

With this missile, India joins the super-exclusive club of ICBM (missiles with a range of over 5,000-5,500 km) capable countries of the US, Russia, the UK, France and China. IANS