**There is a shloka, a hymn to Lord Krishna or Shiva, which gives the value of pi upto 31 decimal places.**

**Its amazing that our forefathers used an encryption technique to easily remember it. What is more astonishing is that they needed pi upto 31 places!**

Science and spirituality both moved together in this land.

**Importance of Pi**

Pi deals with circles and circles are very important in many fields. Pi is a very important number in the fields of :

- geometry and trigonometry,
- complex number and analysis,
- number theory,
- probability and statistic physics,
- engineering and geology.
- computers and many more

We would hardly find a person of scientific quest unaware of pi and its significance.

**What is Pi?**

π is commonly defined as the ratio of a circle's circumference

*C*to its diameter

*d*:

The ratio*C*/*d*is constant, regardless of the circle's size.

- In decimal form, the value of pi is approximately 3.14.

- Pi is an irrational number, meaning that its decimal form neither ends nor becomes repetitive.

- pi = 3.1415….infinitely

**Aryabhatta**

chaturadhikaM shatamaShTaguNaM dvAShaShTistathA sahasrANAm AyutadvayaviShkambhasyAsanno vr^ttapariNahaH.Even more important however is the word "Asanna" - approximate, indicating an awareness that even this is an approximation.

[gaNita pAda, 10]Aryabhatiyam (499 CE)

“Add 4 to 100, multiply by 8 and add to 62,000. This is approximately the circumference of a circle whose diameter is 20,000.”

i.e.

correct to four places.

Aryabhatta called it an approximate (asanna) value to mean that not only is this an approximation but that the value is incommensurable (or irrational).

It is quite a sophisticated insight, because the irrationality of pi was proved in Europe only in 1761 by Lambert!

**Katapayadi Encryption**

gopiibhaagya madhuvraataH shruMgashodadhi saMdhigaH .This shloka, a hymn to Lord Krishna or Shiva, gives the value of pi upto 31 decimal places.

khalajiivitakhaataava galahaalaa rasaMdharaH

Pi using Katapayadi Encryption |

ga - 3 pii - 1 bhaa - 4 gya - 1 ma - 5 dhu - 9 ra - 2 ta -6 shru - 5 ga - 3 sho - 5 da - 8 dhi - 9 sa - 7 dha - 9 ga - 3 kha - 2 la - 3 jii - 8 vi - 4 ta - 6 kha - 2 ta - 6 va - 4 ga - 3 la - 3 ra - 2 sa - 7 dha - 9 ra – 2

pi = 3.1415926535897932384626433832792

So we needed pi upto 31 decimal places! What is more amazing is that we knew encryption! Science and spirituality both were important and both moved together.

awesome

ReplyDeletegetting new knowledge

Thank you Amol :)

DeleteYou may like other articles as well. Take a look at them.

We are on FB as well as Google+. Stay connected.

When was this shloka composed? I think it should be after 18th century.

ReplyDeletegreat

ReplyDeleteThe sloka was composed in 15th century so it pre-date the timeline of Lambert!

ReplyDeleteThe shlok are of 17 centry

ReplyDeleteWith any of these values, squaring the circle is not possible. Check this link :

ReplyDeletehttps://www.academia.edu/8084209/Ancient_Values_of_Pi