Paper Scissor & Hard Work

Paper Lace Hina Aoyama  
The work of the artist looks airy and light, as a weak breeze in the first ray of sun. For the work she does not need anything other than the usual paper and scissors. It's just an incredible example of jewelry and art.

Hina Aoyama (Hina Aoyama) was born in the Japanese city of Yokohama, but now lives and works in Paris. Fragile works of art in the form of delicate butterflies or flowery lace letters affect its accuracy.

According to the artist herself, the creation of one job can take several hours to a whole week of hard work. Hina tries to mix different techniques to emphasize your own style in the genre of paper art. And it looks like she has it already is.

Small scissors, paper, talent and hard hard work - these are the main tools Hina Aoyama. The artist and designer from Japan, living in France, and this is where it creates its own extraordinary, delicate, very delicate work. Hina cut from paper drawings, texts and glues them to the fabric, or glass. It would seem that even a child can cope with scissors, but to create such works of art by virtue of an adult is not for everyone. Every detail, every curve is evident, one wrong move and everything you need to redo the work.

THE DARK SIDE OF LATA MANGESHKAR

Lata Mangeshkar a great Artist.....
She has a voice that mesmerize us for decades...

But, Lataji has done some mistakes in her life for which we cannot call her a great human being...
Though it does not Matter to Lataji..
But Fact Remains Fact..

This video includes her negative life story featuring her bad nautures, her rivalry & her personal relationships..
She had also personal relationship with the former director Asit Sen, but due to absence of 100 proof we cannot display it....

SONGS INCLUDED IN THIS VIDEO :

Oh re Majhi (Bandini) by SD BURMAN.

Dil leke daga (Naya Daur) by MD.RAFI.

Aapse maine meri jaan... & Aaiye Merbann by Asha Bhosle.

Na tum hamein jano by Suman Kalyanpur

Jai Santoshi Maa by Usha Mangeshkar

Om Jai Lakhsmi Mata by Anuradha Paudwal

Kaanta Laga by Lata Mangeshkar


Watch the video & say ur comments & also watchout for more videos on other videos on Indian Music.

Ear delivers sound information to brain in surprisingly organized fashion: study

Light microscope image of a bushy neuron in the cochlear nucleus, with a glass microelectrode for recording electrical activity inside the cell. The cell is about 12 micrometers in diameter. New research, published in the Journal of Neuroscience, shows that the synapses onto these cells are sorted according to their plasticity. Credit: Dr. L. Pliss

The brain receives information from the ear in a surprisingly orderly fashion, according to a University at Buffalo study scheduled to appear June 6 in the Journal of Neuroscience.

The research focuses on a section of the brain called the cochlear nucleus, the first way-station in the brain for information coming from the ear. In particular, the study examined tiny biological structures called synapses that transmit signals from the auditory nerve to the cochlear nucleus.

The major finding: The synapses in question are not grouped randomly. Instead, like orchestra musicians sitting in their own sections, the synapses are bundled together by a key trait: plasticity.

Plasticity relates to how quickly a synapse runs down the supply of neurotransmitter it uses to send signals, and plasticity can affect a synapse's sensitivity to different qualities of sound. Synapses that unleash supplies rapidly may provide good information on when a sound began, while synapses that release neurotransmitter at a more frugal pace may provide better clues on traits like timbre that persist over the duration of a sound.

UB Associate Professor Matthew Xu-Friedman, who led the study, said the findings raise new questions about the physiology of hearing. The research shows that synapses in the cochlear nucleus are arranged by plasticity, but doesn't yet explain why this arrangement is beneficial, he said.

"It's clearly important, because the synapses are sorted based on this. What we don't know is why," said Xu-Friedman, a member of UB's Department of Biological Sciences. "If you look inside a file cabinet and find all these pieces of paper together, you know it's important that they're together, but you may not know why."

In the study, Xu-Friedman and Research Assistant Professor Hua Yang used brain slices from mice to study about 20 cells in the cochlear nucleus called bushy cells, which receive information from synapses attached to auditory nerve fibers.

The experiments revealed that each bushy cell was linked to a network of synapses with similar plasticity. This means that bushy cells themselves may become specialized, developing unique sensitivities to particular characteristics of a sound, Xu-Friedman said.

The study hints that the cochlear nucleus may not be the only part of the brain where synapses are organized by plasticity. The researchers observed the phenomenon in the excitatory synapses of the cerebellum as well.

"One reason this may not have been noticed before is that measuring the plasticity of two different synapses onto one cell is technically quite difficult," Xu-Friedman said.

Provided by University at Buffalo

"Ear delivers sound information to brain in surprisingly organized fashion: study." June 5th, 2012. http://medicalxpress.com/news/2012-06-ear-brain-surprisingly-fashion.html

Posted by
Robert Karl Stonjek