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- 2. Just for a second, if you think that my new design of pixel is better design for our eye to process screen data as that will reduce many unnecessary calculations, that will be a start. but, for all visual devices, print media, computer vision and robot vision, it is certain that my design is way better than current one and you will observe that within very short time. All the products in these four fields will undoubtedly and undeniably use my design, that is a mathematical certainly, either anyone believe it or not. As soon as I have proposed this new design of pixel, old design is history. there is a slight possibility that our eye actually receive light as quantized with having this new design of pixel placed in our eye and creates the undulation by itself as we will do that using new design for robots. But, my idea is both is happening. Light is coming as real wave and our eye receives this real wave and also using this new pixel design to eliminate points and reduce work. think of light is coming as quantized wave, so one ray will not be straight line, instead, it will be a undulated line where each particle will be part of the undulation and they all come to our eye and eye receives the whole string of points or particles one after another using this new design placed in our eye. this will help to find the anomaly as this ray is undulating and will bring adjacent areas information and help to eliminate all same colored points and leave only the edge or gradient points. This is MB quantum theory, light is coming as quantized, but still as undulated wave. so, there will be three theories of light ‐ wave theory which is pure wave, quantum theory which is pure quantized without wave and MB quantum theory where it is quantized but still coming as wave. This might also solve the difference between quantum theory and wave theory and give proper explanation of all supporting experiment of quantum theory as well as wave theory. comment 3 :
- 3. thank you for your nice comments. As I said earlier, to accept this for our eyes, we really need to do research to find out the reality. It surely open doors for search work on this subject. We have not discovered yet how our eye detects the wave, but, it does not mean that it will not get discovered anytime, if we do research on this, we might find something which will explain how the wave gets detected by our eye. Please do not think the research of how our eye functions is completed. Please read the article, I have mentioned many different designs for various applications. For only visual devices, I have proposed only wave structure to all points or pixels, that will remove sharp edges and undulation will help to mix with linear and non linear data data and it will find the edge quickly and improve visual quality as it will not use unnecessarily coloring a pixel which we do now. you can see the example where I have said to break a pixel into four parts and gave some explanation. I also have proposed a two layer system for computer and robot vision where all small points will have wave structure and some points will combine to a bigger pixel. in that case, we can do whatever we want. We can increase wave length, decrease it. change the angle from 0 to 360 degree, that will be user option to find better view. we can change amplitude, ever move to random direction with random wave length, amplitude and frequency. We can try many thing with that. That is probably for later. We have to start with simple version with keeping in mind that we can eliminate 90% points with that. More research on this will give more idea for new algorithms with very less work to accomplish our tasks in computer and robot vision. So, people who have long experience in computer and robot vision, they should have no problem with this to use this for all visual devices, print media, computer and robot vision. Now, for the physics part of it, these are the new ideas are coming : 1. light comes to our eye as undulated wave and our eye has no arrangement as I proposed for new pixel design.
- 4. 2. light comes as quantized, but our eye has arrangement as I have proposed. 3.light comes as wave and our eye has arrangement as I have proposed. this will help to find anomaly in both vertical and horizontal direction. wave will bring the vertical anomaly and the arrangement will help to find anomaly in horizontal direction. This will reduce more unnecessary calculations. 4. light comes as quantized, but as undulated wave with no arrangement as I proposed in eye. 5. light comes as quantized, but as undulated wave and our eye has arrangement as I proposed.this will help to find anomaly in both vertical and horizontal direction. wave will bring the vertical anomaly and the arrangement will help to find anomaly in horizontal direction. This will reduce more unnecessary calculations. We need to do research work to find the reality of it and which option to support and which option to discard. it does not matter how small level we reach, still we need undulation to mix with linear and non linear data. Undulation is always better than linear arrangement as it will find the anomaly quickly. Any good mathematician can help someone to understand that if he cannot understand that. You can try the logic I have given there and mathematician can explain that better if someone need help to understand that. Even with NANO tech, if you give a straight line, it cannot mix with the changing structure of the objects, but undulation can will reduce that and will improve visual quality. If someone read the article thoroughly with having experience in computer and robot vision, he will understand that I have given many proposals which will keep the relevant scientists busy for many years. The truth is, undulation is so nice concept that, it will give very good quality pictures even with very simple pixel sizes.
- 5. comment 4: "2) What is the effect on changing wavelength on a fixed physical structure? If you use a row to detect a wave then surely your looking for waves that are an integer multiple of that row's length? " wave will undulate and bring the information about adjacent area. for example, one row up and one row down. so, think a ray coming to you from front, then, it will go down and up and bring the information that is it a possible gradient or edge point or not. Row is not detecting a wave, it is finding anomaly in the data. comment 5: Thank you for your comment. Diagram will make it clear, but, basically, just sine function we draw in graph paper with many variations. For example, same amplitude, different amplitude, same wave length, different wave length, horizontal, vertical, any angle between 0‐360 degree, goes straight to opposite point in the row, or goes down, up, gets split in the middle once, many times, amplitude and wave length gets changed many times in a row, moves in any random direction with any random wave length and amplitude. Basically, all possible undulated wave. Natural process has no linearity in it, most of the natural process in non linear. when something happen in nature, you have to give it freedom of movement, same as a tree growing up, it goes in different direction with different length. Author of this article: Mutawaqqil Billah Independent Research Scientist, B.Sc in Computer Science and Mathematics, Ramapo College of New Jersey, USA