World’s Biggest Diamond inlaid magic square by size 2999 x 2999 with all numbers from 1 to 89,94,001 with a row total of 1348,65,05,999 ( In all vertical,Horizontal and both diagonal totals)

Dear Jolly maths viewers,

Today (3-5-2025) I feel very happy that I have completed a very big diamond Inlaid Magic square of size 2999 x 2999 ( From 1 to 89,94,001 — all numbers avaiable) – A world Record Project.

A diamond inlaid magic square of size 9 x 9 is given for example. It contains all numbers from 1 to 81. The salient features of this magic square is

1) 1 to 81 all numbers available.

2) All vertical, Horizontal and both diagonal totals are equal to 361

3) All the odd numbers are placed inside the square in a diamond shape like shown below.

4) All even numbers are distributedover four corners as shown.

5) Diagonally opposite and (1 and 81, 50 and 32 and symetrically opposite numbers 46 and 36 etc. will give a total of 82.

6) Totally 81 – 1 = 80 /2 = 40. There are 40 pair of numbers (symmetrical and diagonally opposite) that gives a total of 82 in this magic square.

NOW I have done A VERY BIG 2999 X 2999 ( 1 to 89,94,001 — All numbers available with all the features shown above.

Now today 3-5-2025, I have completed the magic square

1) It contains all numbers from 1 to 89,94,001.

2) It is 2999 x 2999 size.

3) All odd numbers are placed inside like a diamond.

4) All even numbers are disributed over the four corners.

5) Every line total is 1348,65,05,999 (One thousand three hundred and forty eight crores sixty five lakhs five thousand nine hundred and ninety nine)

6) It will have a set of 44,97,000 pair of numbers ( set of two numbers that will give a total of 89,94,002 )

7) If a number is written in three centimeter length it will go a very long way upto around 270 kilo meters.

I thank the Almighty for giving me the idea, and guided me to complete this mega size Diamond inlaid magic square and rectify the mistakes to come at the correct totals.

Today is one of the most joyful days in my life.

I pray the Almightfor more and more joyful days.

Jothilingam, www.jollymaths.com