What is hidden in 3D image?
[4725] What is hidden in 3D image? - Stereogram - 3D Image - #brainteasers #stereogram #3Dimage
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What is hidden in 3D image?

Stereogram - 3D Image
#brainteasers #stereogram #3Dimage
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One evening a father overheard...

One evening a father overheard his son saying his prayers "God bless Mommy, Daddy and Grammy. Goodbye Grampa."
Well, the father thought it was strange, but he soon forgot about it. The next day, the Grandfather died.
A month later the father heard his sony saying prayers again: "God bless Mommy. God bless Daddy. Goodbye Grammy." The next day the grandmother died. Well, the father was getting more than a little woried about the whole situation.
One week later, the father once again overheard his sons prayers. "God Bless Mommy. Good bye Daddy."
This nearly gave the father a heart attack. He didn't say anything but he got up early to go to work, so that he would miss the traffic. He stayed all through lunch and dinner. Finally after midnight he went home. He was still alive! When he got home he appologised to his wife. "I am sorry Honey. I had a very bad day at work today."
"You think you've had a bad day? YOU THINK YOU'VE HAD A BAD DAY!?" the wife yelled, "The mailman dropped dead on my doorstep this morning!"
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Sir John C. Eccles

Born 27 Jan 1903; died 2 May 1997 at age 94. John Carew Eccles was an Australian physiologist who shared, (with Alan Hodgkin and Andrew Huxley) the 1963 Nobel Prize for Physiology or Medicine for his discovery of the chemical means by which impulses are communicated or repressed by nerve cells. He also showed how signals pass between nerves and muscles. A nerve cell that is switched on by receiving a signal passes a chemical on to the next cell in line. This chemical expands minute openings in cell membranes, allowing ions to flood inside, reversing the electrical charge of the cell. This activity is repeated along the chain of cells, permitting transmission of the original impulse through the body. Eccles observed living cells in action by planting exceptionally tiny electrodes in them.
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