You can touch me, You can br...
[3504] You can touch me, You can br... - You can touch me, You can break me, You should win me if you want to be mine. What am I? - #brainteasers #riddles - Correct Answers: 108 - The first user who solved this task is Jakubovski Vladimir
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You can touch me, You can br...

You can touch me, You can break me, You should win me if you want to be mine. What am I?
Correct answers: 108
The first user who solved this task is Jakubovski Vladimir.
#brainteasers #riddles
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Immaculate Miracle?

A woman takes her 16-year-old daughter to the doctor. "Okay, Mrs. Jones, what's the problem?"The mother says, "It's my daughter, Debbie. She keeps getting these cravings, she's putting on weight, and she is sick most mornings." The doctor gives Debbie a good examination, then turns to the mother and says, "Well, I don't know how to tell you this, but your Debbie is pregnant--about four months would be my guess."The mother says, "Pregnant?! She can't be, she has never been left alone with a man! Have you, Debbie?" Debbie says, "No mother! I've never even kissed a man!" The doctor walked over to the window and stared outside. About five minutes passed before the mother said, "Is there something wrong out there, doctor?" The doctor replied, "No, not at it. It's just that the last time anything like this happened, a star appeared in the east and three wise men came over the hill. I'm not going to miss it this time around!"
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Shin-ichiro Tomonaga

Born 31 Mar 1906; died 8 Jul 1979 at age 73.Japanese physicist whosharedthe Nobel Prize for Physics in 1965 (with Richard P. Feynman and Julian S. Schwinger of the U.S.) for independently developing basic principles of quantum electrodynamics. He was one of the first to apply quantum theory to subatomic particles with very high energies. Tomonaga began with an analysis of intermediate coupling - the idea that interactions between two particles take place through the exchange of a third (virtual particle), like one ship affecting another by firing a cannonball. He used this concept to develop a quantum field theory (1941-43) that was consistent with the theory of special relativity. WW II delayed news of his work. Meanwhile, Feynman and Schwinger published their own independent solutions.
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