Tuesday, June 21, 2011

MAIN TENU SAMJHAVAN NI ............ KI MAI KUCH NAHI KEH SAKDA

Last night I was listening to the commentary (surely not upto the mark one), but it was still worth it , for my love for cricket.


India playing West Indies in west indies , the land of CALYPSO , a wonder place for cricket and specially for its ever so wonderful croud.

So , why this post , CRICKEt and HER , no ,surely No I am not mixed up and screwed(sorry for that word), but I think I gave you the clue.

As I was on the radio , I was quickly scanning channels when this song by Rahat Fateh Ali Khan Ji , popped up on one of the Channel(Thank You and Curse them 2)

It was not that I had not heard the song before , heard it many a times , whether it was the hello tune of my batchmate trainee , or on the bus plying ever so gracefully between my place and the college I left.

But like this Bus , which so often bridges the gap and not separates them this song brought me some where else . No it was not the Cricket anymore , it was the HER , the STARS that had to twinkle again in my otherwise rheoteric life . 
                        
                               This post of mine would deal with all the thoughts and all the imaginations 
that pop up in a desolate mind
when such thoughts of arise in
otherwise preoccupied life with codes and thoughts about how to plan your future career ,.

Dedicated to all my friends who dare to think one step beyond , 











  

Friday, June 3, 2011

One of Shakespeare's sonnets, number 145,


Those lips that Love's own hand did make
Breathed forth the sound that said 'I hate'
To me that languish'd for her sake;
But when she saw my woeful state
Straight in her heart did mercy come,
Chiding that tongue that ever sweet
Was used in giving gentle doom,
And taught it thus anew to greet:
'I hate' she alter'd with an end,
That follow'd it as gentle day
Doth follow night, who like a fiend
From heaven to hell is flown away;
'I hate' from hate away she threw,
And saved my life, saying 'not you.'

Monday, May 30, 2011

How love happens ?

Well , we are late into the night , the three of us (dont get it wrong) we were not in the sandwich kind of thing .

We are discussing Science , jobs and all those things that bothers young engineers just out of the college and thinking of what to do in our future ?

Just then the topic shihted to love , now what is this  dream word love ?







A dream word nah , for many , or a paradox for some , lets keep it simple its simply INDESCRIBABLY NOT DEFINED. Well , my friends I was in love not too long ago , similarly I think for them .

May be we all are true or maybe we both are wrong .
So again , the question still remains unanswered what is this Love ??????????

No clues nah , well it surely makes me POETIC , I was great LYRICIST when I was in love
Similarly my friend was a great Singer , when in love(or what he thought),  my other geeky was STUDIOUS when in love , and so so so so on goes the list.

Well surely love is wonder as it makes you do Something out of the hat , why ?
Just to keep that special going on for you as ever as you desire her so him would surely want you to have that extra X ?

And whats your ... think while I try to help you with science of Love .






Well the answer is  DOPAMINE

Dopamine is a catecholamine neurotransmitter present in a wide variety of animals, including both vertebrates and invertebrates. In the brain, this substituted phenethylamine functions as a neurotransmitter, activating the five known types of dopamine receptorsD1, D2, D3, D4, and D5—and their variants. Dopamine is produced in several areas of the brain, including the substantia nigra and the ventral tegmental area.[1] Dopamine is also a neurohormone released by the hypothalamus. Its main function as a hormone is to inhibit the release of prolactin from the anterior lobe of the pituitary.



Dopamine
Identifiers
CAS number 51-61-6 YesY, 62-31-7 (hydrochloride) YesY
PubChem 681
ChemSpider 661 YesY
UNII VTD58H1Z2X YesY
KEGG D07870 YesY
ChEMBL CHEMBL59 YesY
Jmol-3D images Image 1
Properties
Molecular formula C8H11NO2
Molar mass 153.18 g/mol
Density 1.26 g/cm3
Melting point 128 °C, 401 K, 262 °F
Boiling point decomposes
Solubility in water 60.0 g/100 ml
Hazards
R-phrases R36/37/38
S-phrases S26 S36






>> thanks to wikipedia

Sunday, May 29, 2011

Iron Man's Secret Palladium Core Reactor !!!

I was watching Iron Man yesterday on a channel yesterday ,  (because the final of the IPl match ) suddenly turned boring.

So I switched to the multi talented macho IRON MAN , the only super hero which has the Xfactor that Girls like .

Although I had watched the Stark Enterprises before to , but this time , the Desert where Tony Spark , assembles his reactor attracted me .

Well it was one of a KIND thing , truelly engineer is Tony Spark and I like him for the two reasons


: he CHERISHES girls
: he is one of a HELL inventor ..... GOSH ...a DESERT and he comes up with a IRON MAN , you can say it is not acceptable but wait it can be surely ,

If you can have one Sir called Bil Gates in the field of COMPUTING , then SIR EINSTEIN in physice then why not SIR in ULTIMATE ROBOTICS.


So , is palladium really such a WONDER thing , I had a look into in (thanks to WIKIPEDIA) , I came up with something really intersting hope you like it to.

Thanks For PALLA time !!!



Applications

Cross section of a metal-core catalytic converter
A Soviet 25-rouble commemorative palladium coin is a rare example of the monetary usage of palladium.
The largest use of palladium today is in catalytic converters.[35] Palladium is also used in jewelry, in dentistry,[35][36] watch making, in blood sugar test strips, in aircraft spark plugs and in the production of surgical instruments and electrical contacts.[37] Palladium is also used to make professional transverse flutes.[38] As a commodity, palladium bullion has ISO currency codes of XPD and 964. Palladium is one of only four metals to have such codes, the others being gold, silver and platinum.[39]

Catalysis

When it is finely divided, such as in palladium on carbon, palladium forms a versatile catalyst and speeds up hydrogenation and dehydrogenation reactions, as well as in petroleum cracking. A large number of carbon-carbon bond forming reactions in organic chemistry (such as the Heck and Suzuki coupling) are facilitated by catalysis with palladium compounds. (see #Compounds and palladium-catalyzed coupling reactions) In addition palladium, when dispersed on conductive materials, proves to be an excellent electrocatalyst for oxidation of primary alcohols in alkaline media.[40] In 2010, palladium-catalysed organic reactions were recognised by the Nobel Prize in Chemistry. Palladium is also a versatile metal for homogeneous catalysis. It is used in combination with a broad variety of ligands for highly selective chemical transformations. A 2008 study showed that palladium is an effective catalyst for making carbon-fluoride bonds.[41] Palladium is found in the Lindlar catalyst, also called Lindlar's Palladium.[42]

Electronics

The second biggest application of palladium in electronics is making the multilayer ceramic capacitor.[43] Palladium (and palladium-silver alloys) are used as electrodes in multi-layer ceramic capacitors.[35] Palladium (sometimes alloyed with nickel) is used in connector platings in consumer electronics.[44][45]
It is also used in plating of electronic components and in soldering materials. The electronic sector consumed 1.07 million troy ounces (33.2 tonnes) of palladium in 2006, according to a Johnson Matthey report.[46]

[edit] Technology

Palladium-based sorbents are efficient in removing mercury from industrial gases.[47]
Hydrogen easily diffuses through heated palladium; thus, it provides a means of purifying the gas.[3] Membrane reactors with Pd membranes are therefore used for the production of high purity hydrogen.[48] Palladium is a part of the palladium-hydrogen electrode in electrochemical studies. Palladium(II) chloride can oxidize large amounts of carbon monoxide gas, and is used in carbon monoxide detectors.[49]

 Hydrogen storage

Palladium hydride is metallic palladium that contains a substantial quantity of hydrogen within its crystal lattice. At room temperature and atmospheric pressure, palladium can adsorb up to 900 times its own volume of hydrogen in a reversible process.[50] This property has been investigated because hydrogen storage is of such interest and a better understanding of what happens at the molecular level could give clues to designing improved metal hydrides. A palladium based store, however, would be prohibitively expensive due to the cost of the metal.[51]

Jewelry

A palladium plated belt buckle
Palladium itself has been used as a precious metal in jewelry since 1939, as an alternative to platinum or white gold. This use resulted in the naturally white color of palladium which required no rhodium plating. Palladium is proportionally much lighter than platinum. Similar to gold, palladium can be beaten into a thin leaf form as thin as 100 nm (1/250,000 in).[3] Unlike platinum, palladium may discolor upon heating to above 400 °C;[52] it is relatively brittle and reacts with strong acids such as nitric acid or aqua regia.[53]
Palladium is one of the three most popular metals used to make white gold alloys (nickel and silver can also be used).[35] Palladium-gold is a more expensive alloy than nickel-gold, but seldom causes allergic reactions (though certain cross-allergies with nickel may occur).[54]
When platinum was declared a strategic government resource during World War II, many jewelry bands were made out of palladium. As recently as September 2001,[55] palladium was more expensive than platinum and rarely used in jewelry also due to the technical obstacle of casting. However the casting problem has been resolved and its use in jewelry has increased because of a large spike in the price of platinum and a drop in the price of palladium.[56]
Prior to 2004, the principal use of palladium in jewelry was the manufacture of white gold. In early 2004, when gold and platinum prices rose steeply, China began fabricating significant volumes of palladium jewelry and used 37 tonnes of palladium for this purpose in 2005. Changes of the relative price between palladium and platinum after 2008 lowered demand for palladium to 17.4 tonnes in 2009.[57][58]

Photography

With the platinotype printing process photographers make fine-art black-and-white prints using platinum or palladium salts. Often used with platinum, palladium provides an alternative to silver.[59]



~~~ thanks to WIKI PEDIA

Saturday, May 28, 2011

I would collect the words to describe some one of us

Controversial *(with their sleep timings)

Gregarious

लड़की देखि , बजाये सिटी , आँख मारी 


Desolate


Strange bathroom ethics
Even more strange combination of TEA and CIGARETTE
Further more , critical sleep habits (its like rain in thar , and snow @ delhi)
90% of telecom traffic generators (the bf - gf stuff)


Study 100% (night before exams) call it critical emergency


and whta more help me






The dead trees of Deadvlei

Yes dont be amazed these trees have stood for more then 1000 years and yet there are not living.
They are Dead . Then how are still so firm and straight as have pricking the sun come on gET ME !

Well these trees surely have the Attitude You can hit me but cant Pin me !

The fact is that when the Tsauchab river flooded, it created temporary shallow pools where the abundance of water allowed camel thorn trees to grow. When the climate changed, drought hit the area, and sand dunes encroached on the pan, which blocked the river from the area.
The trees died, as there no longer was enough water to survive. There are some species of plants remaining, such as salsola and clumps of !nara, adapted to surviving off of the morning mist and very rare rainfall. The remaining skeletons of the trees, which are believed to be about 900 years old, are now black because the intense sun has scorched them. Though not petrified, the wood does not decompose because it is so dry.

Strange Tides for today

I came to know about

Mathias Rust .

Amazing guy , you know what he did

is a German man known for his illegal landing near Red Square in Moscow in 1987. As an amateur aviator, he flew from Finland to Moscow, being tracked several times by Soviet air defence and interceptors. The Soviet fighters never received permission to shoot him down, and several times he was mistaken for a friendly aircraft. He landed on Vasilevski Spusk next to Red Square near the Kremlin in the capital of the USSR.

Rust's intentions, as he stated, were to create an "imaginary bridge" to the East, and he has claimed that his flight was intended to reduce tension and suspicion between the two Cold War sides.[1] Rust's successful flight through a supposedly impregnable air defense system had a great impact on the Soviet military and led to the firing of many senior officers, including Defence Minister Marshal of the Soviet Union Sergei Sokolov and the head of the Soviet Air Defense, former WWII fighter ace pilot Chief Marshal Alexander Koldunov. The incident aided Mikhail Gorbachev in the implementation of his reforms (by removing numerous military officials opposed to him), and reduced the prestige of the Soviet military among the population, thus helping bring an end to the Cold War.[1]

Entire Macha Nacho

My friends ... Look Like