An eyeless sensor has been invented. Inspiration is taken from the ability of the human skin to ‘see’ colors and objects. This would make optical technologies available in the market obsolete. This futuristic device created by Lenoid Yaroslavsky. He is the scientist at Tel Aviv University. This would help in understanding how this primal inherent aptitude might have developed over millions of years. This behavior can be seen also in plants and animals. In fact the biological scientists contest the possibility that there may be a scientific thought for ‘skin vision’. Yaroslavsky conceives that skin vision would guide to new advances in therapies. This could help the blind in regaining vision.
Skin sight is ordinary in nature. Plants familiarize themselves with surroundings and circumstances with it. Some reptiles use infrared vision – pit vipers is an example for that. Many reptiles are having skin sensors, which help them in seeing without eyes. Skin vision in human beings is actually a natural atavistic quality. It involves light-sensitive cells in the body skin. These are having connection with neuro-machinery working in the body and the brain. This was told by Yaroslavsky.
He is presently working on imaging simulation theories. He is working on the theories which rely on computer software. His work would lead to future inventions with practical applications.
These devices would have special sensors in them. This would help in coping with terrorist acts at airports and radiation at sea. This would also lead to make new night-vision technological items or near-weightless objects for space activities. These devices would guide spaceships to stars outside our galaxy.
Traditional imaging lenses are currently being used. They just work within a limited range of electromagnetic radiation. They are still very costly. They also have some limitations regarding bulk, weight and field of view. The new lens-less devices could be adapted to any kind of situation. They can be used for different radiations and wavelengths. They could basically function with a ‘bionic’ 360-degree field of view.
Their imaging potentiality would be decided by computer. In other devices it is determined by the laws of light diffraction. This was told by Yaroslavsky. These applications would soon be developed. He hopes to convince biologists to have faith into the mechanisms of optics-less vision.