"The surface of the mirror is made with tiny mirrors arranged in different angles. To imagine a disco mirror ball can be seen, "said Andrew.
Andrew added a count of the algorithm is set to manipulate the direction of each face can be caught like a disco mirror ball.
With the exact count, Andrew made a mirror capable of providing a wider visual effects for the driver. It is considered advantageous because it is not too deviate from the real objects behind the car.
Andrew also said that curved mirrors had made no physical look like a disco mirror ball is round. He has conducted thousands of calculations in order to mirror smooth curve as a whole.
Method for making this mirror previously been done by him while the expandable Optics Letters in 2008.
Beyond that, referring to U.S. government regulations that say that any car rearview mirrors must be written the words "Objects in mirror are closer than They Appear," Andrew has not been made then the mirror will be installed in new cars in the U.S. in the near future.
Even so, this unique curved mirrors can be sold as a product of post-sale (aftermarket) which can be bought in general. Andrew saw this business opportunity is open in Europe and Asia, where many car manufacturers provide more curved rear view mirror.
On the basis of these, Andrew opened up opportunities for investors who want to buy a license curved mirrors makes. To note, this curved mirror patent granted the U.S. government to Drexel University on May 15, 2012.
Ketikkan teks atau alamat situs web atau terjemahkan dokumen. Batal Inggris Bahasa Indonesia Arab Alpha Professor of Mathematics rear-view mirror Create 'Disco Ball'
According to the analysis of Drexel University, a traditional flat mirror to mirror outside the car digunaka has provided an accurate calculation of the distance behind the car. Unfortunately, this flat mirror has a very narrow field of view.
As a result, there are regions of space behind the car, known as the blind spot, the driver can not be seen through the rearview mirror on the side.
Andrew also said that it is not difficult to make a curved mirror that is able to expand the view, thus reducing the effects of blind spots. But most of the curved mirrors on the market today, and has been widely used in cars, make objects appear smaller and more distant.
Andrew created a curved mirror that does not produce such a view. Andrew managed to create a curved mirror with almost flat shape that is able to capture the reflection of the image about 45 degrees.
The angle is very large considering the average rearview mirror mounted on the car only has a vulnerable point of view between 15 to 17 degrees.
In addition, unlike conventional curved mirror that produces a straight line so it looks curved, mirror created by Andrew to reduce visual distortion, so that straight lines can be detected almost without distortion.
Andrew, a professor in the Department of Arts and Sciences, designed a curved mirrors findings using a mathematical algorithm that is able to control the angle of the reflected light.
"The surface of the mirror is made with tiny mirrors arranged in different angles. To imagine a disco mirror ball can be seen, "said Andrew.
Andrew added a count of the algorithm is set to manipulate the direction of each face can be caught like a disco mirror ball.
With the exact count, Andrew made a mirror capable of providing a wider visual effects for the driver. It is considered advantageous because it is not too deviate from the real objects behind the car.
Andrew also said that curved mirrors had made no physical look like a disco mirror ball is round. He has conducted thousands of calculations in order to mirror smooth curve as a whole.
Method for making this mirror previously been done by him while the expandable Optics Letters in 2008.
Beyond that, referring to U.S. government regulations that say that any car rearview mirrors must be written the words "Objects in mirror are closer than They Appear," Andrew has not been made then the mirror will be installed in new cars in the U.S. in the near future.
Even so, this unique curved mirrors can be sold as a product of post-sale (aftermarket) which can be bought in general. Andrew saw this business opportunity is open in Europe and Asia, where many car manufacturers provide more curved rear view mirror.
On the basis of these, Andrew opened up opportunities for investors who want to buy a license curved mirrors makes. To note, this curved mirror patent granted the U.S. government to Drexel University on May 15, 2012.
"The surface of the mirror is made with tiny mirrors arranged in different angles. To imagine a disco mirror ball can be seen, "said Andrew.
Andrew added a count of the algorithm is set to manipulate the direction of each face can be caught like a disco mirror ball.
With the exact count, Andrew made a mirror capable of providing a wider visual effects for the driver. It is considered advantageous because it is not too deviate from the real objects behind the car.
Andrew also said that curved mirrors had made no physical look like a disco mirror ball is round. He has conducted thousands of calculations in order to mirror smooth curve as a whole.
Method for making this mirror previously been done by him while the expandable Optics Letters in 2008.
Beyond that, referring to U.S. government regulations that say that any car rearview mirrors must be written the words "Objects in mirror are closer than They Appear," Andrew has not been made then the mirror will be installed in new cars in the U.S. in the near future.
Even so, this unique curved mirrors can be sold as a product of post-sale (aftermarket) which can be bought in general. Andrew saw this business opportunity is open in Europe and Asia, where many car manufacturers provide more curved rear view mirror.
On the basis of these, Andrew opened up opportunities for investors who want to buy a license curved mirrors makes. To note, this curved mirror patent granted the U.S. government to Drexel University on May 15, 2012.
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