2-Acceptance

...he did make her say

.......I'm really proud of you

{

}

:):)

...yeah

1-Arrogance

He did achieve everything she thought he could not.....

Its not an end but a continual process.....

Repentance is sometimes costly...

Happy Diwali

May this Diwali bring you all the light necessary to brighten up your LIFE!

I hope the good always wins over evil

It's times like these you learn to live again
It's times like these you give and give again
It's times like these you learn to love again
It's times like these time and time again

............

Lyrics Courtesy The Foo Fighters

Arise

One who has control over the mind is tranquil in heat and cold, in pleasure and pain, and in honor and dishonor; and is ever steadfast with the Supreme Self- The Bhagavad Gita



Pure thought

A fearless mind

A moral heart

He did listen to the wind

Stream of consciousness

Something told him to run and RUN he did

When the soul is free of guilt the head is always held high- a thought

He looked back smiled with his head held up high

He looked ahead smiled and loved every bit of it

LIVE

LOVE your LIFE

Drivel ??..No...lets call it Interlocutory

XY : I did say you are a piece of ART :o :D:)

XX: You are 'CLASSY' :P:O

XX:No you are Cheeeesy...and stupid

XY: That I wont deny

.....again I ask

Why do we lose that innocence we once had?

As kids we talk..as adults we quarrel :(

Breathe

If you understand the challenges that are encripted in this short description below, you are a true engineer -does not matter if your background is Mechanical, Electrical,Civil (infact if you are an engineer it is assumed that your strongest subject is Math)..if you do not appreciate what follows below then you are just another ordinary boy/girl with a degree in hand!!

At least Wiki the colored words and strengthen your Math.

So here's the passage

The talk is devoted to the investigation of the initial value problem for linearized Euler equations utilizing an idealized one-reaction detonation model in the case of three-dimensional perturbations in a circular pipe. The problem is solved using the Laplace transform in time, Fourier series in the azimuthal angle, and expansion into Bessel's functions of the radial variable. For each radial and azimuthal mode, the inverse Laplace transform can be presented as an expansion of the solution into the normal modes of discrete and continuous spectra. The dispersion relation for the discrete spectrum requires solving the homogeneous ordinary differential equations for the adjoint system and evaluation of an integral through the reaction zone. The solution of the initial-value problem gives a convenient tool for analysis of the flow receptivity to various types of perturbations in the reaction zone and in the quiescent gas.

Btw this was one of friends thesis abstract, he is defending soon..I wish him good luck!!

And the title is breathe...because all the qualifying PHD question papers have BREATHE as a watermark

A techie's Schadenfreude

Calls C and K....

Was never interested

Friends did call him stupid!!

He went along with his life...

He always wondered how his friends started with a $150K or a $200K job

He knew all this was too good to be real!!

A fake economy..an artificial facade a.k.a The Wall Street

Reality-the habitual-normalcy returns...truth be told

Friend calls..dude how did you know all this

A bitter laugh....

Just says it was not a non stochastic process...both laugh

Reality Bites