Roger Dynamic Motion Posted June 9, 2017 Share Posted June 9, 2017 (edited) I have alway wonder what constitute the full function of a source of light and why space allow light to travel so fast My g but my main question is <<Is light energy ? transferable to a ''target solar panel'' let say at 15 degrees to the reflection of a mirror at the same distance to the source but not in line with it . at 15 degrees (Paralax) Edited June 9, 2017 by Roger Dynamic Motion Link to comment Share on other sites More sharing options...
Strange Posted June 9, 2017 Share Posted June 9, 2017 Solar panels work at any angle (up to 90°). The only difference is that less light falls on it as the angle change from perpendicular (because a smaller area is available). Link to comment Share on other sites More sharing options...
Roger Dynamic Motion Posted June 9, 2017 Author Share Posted June 9, 2017 (edited) Solar panels work at any angle (up to 90°). The only difference is that less light falls on it as the angle change from perpendicular (because a smaller area is available).even light reflected from a mirror ? comming from the opposit direction of the source . Edited June 9, 2017 by Roger Dynamic Motion Link to comment Share on other sites More sharing options...
swansont Posted June 9, 2017 Share Posted June 9, 2017 I have alway wonder what constitute the full function of a source of light and why space allow light to travel so fastMy guest is that the source must be perpendicular to the source to transfer its energy because of the axpantion of space comming from the source Do you have a model for this expansion of space "coming from the source"? How can the source be perpendicular to itself? Link to comment Share on other sites More sharing options...
Roger Dynamic Motion Posted June 9, 2017 Author Share Posted June 9, 2017 (edited) Do you have a model for this expansion of space "coming from the source"? How can the source be perpendicular to itself? sorry . Corection,,,My guest is that the source must be perpendicular to the target to transfer its energy because of the axpantion of space comming from the source sorry . Corection,,,My guest is that the source must be perpendicular to the target to transfer its energy because of the axpantion of space comming from the source/quote Well, do have a model and that is ; a metal, small ball electrified (chromium) in fusion hitting the flor has 1/8 of an inch in diameter while in fusion i have observed the spin of it and has it spin drops the light diminish, also its sise deminish to a half an finaly all comes to rest Edited June 9, 2017 by Roger Dynamic Motion Link to comment Share on other sites More sharing options...
swansont Posted June 9, 2017 Share Posted June 9, 2017 sorry . Corection,,,My guest is that the source must be perpendicular to the target to transfer its energy because of the axpantion of space comming from the source Below you describe a ball. How can a ball be perpendicular to a target? Well, do have a model and that is ; a metal, small ball electrified (chromium) in fusion hitting the flor has 1/8 of an inch in diameter while in fusion i have observed the spin of it and has it spin drops the light diminish, also its sise deminish to a half an finaly all comes to rest A small ball electrified in fusion? Link to comment Share on other sites More sharing options...
Strange Posted June 9, 2017 Share Posted June 9, 2017 sorry . Corection,,,My guest is that the source must be perpendicular to the target to transfer its energy because of the axpantion of space comming from the source Your guess is wrong. Place a piece of metal painted black at 45 degrees to the Sun. It will still get hot. What expansion of space? Well, do have a model and that is ; a metal, small ball electrified (chromium) in fusion hitting the flor has 1/8 of an inch in diameter while in fusion i have observed the spin of it and has it spin drops the light diminish, also its sise deminish to a half an finaly all comes to rest You haven't observed any of that. Link to comment Share on other sites More sharing options...
Roger Dynamic Motion Posted June 9, 2017 Author Share Posted June 9, 2017 (edited) Below you describe a ball. How can a ball be perpendicular to a target? A small ball electrified in fusion? well, the sun is know to take room in space a (big ball yes) still a small piece of matter have the same effect while shining and expanded Your guess is wrong. Place a piece of metal painted black at 45 degrees to the Sun. It will still get hot. What expansion of space? You haven't observed any of that. are you calling me a L>>>you have not understand the question Is light energy ? transferable to a ''target solar panel'' let say at 15 degrees to the reflection of a mirror at the same distance to the source it is not the target thet is tilted the target is perpenticular to the light wave and away trom the mirror at 15 degrees but at the same distance to the target Edited June 9, 2017 by Roger Dynamic Motion Link to comment Share on other sites More sharing options...
Strange Posted June 9, 2017 Share Posted June 9, 2017 well, the sun is know to take room in space a (big ball yes) still a small piece of matter have the same effect while shining and expanded are you calling me a L>>>you have not understand the question Is light energy ? transferable to a ''target solar panel'' let say at 15 degrees to the reflection of a mirror at the same distance to the source it is not the target thet is tilted the target is perpenticular to the light wave and away trom the mirror at 15 degrees but at the same distance to the target I can't really understand what you are asking. But if the mirror is arranged so that the light is reflected from the source on to the solar panel, then yes the energy will still be transferred. Why wouldn't it be? Link to comment Share on other sites More sharing options...
swansont Posted June 9, 2017 Share Posted June 9, 2017 well, the sun is know to take room in space a (big ball yes) still a small piece of matter have the same effect while shining and expanded You said electrified, chromium and 1/8 inch in diameter. Can you stick with one narrative at least? The dubious science is hard enough to parse as it is. Link to comment Share on other sites More sharing options...
Roger Dynamic Motion Posted June 9, 2017 Author Share Posted June 9, 2017 I can't really understand what you are asking. But if the mirror is arranged so that the light is reflected from the source on to the solar panel, then yes the energy will still be transferred. Why wouldn't it be? because the light source is not lineded 180 degrees with the source and for that ; the momentum of the light wave vanish to a single reflection wave Below you describe a ball. How can a ball be perpendicular to a target? A small ball electrified in fusion? the target was my eyes. Link to comment Share on other sites More sharing options...
Strange Posted June 9, 2017 Share Posted June 9, 2017 because the light source is not lineded 180 degrees with the source and for that The light source doesn't have to be aligned with the solar panel. After reflection, the mirror becomes the light source. So, for example, the solar panel could be facing away from the sun and towards a mirror that reflects the light to it. After all, your eyes contain photoreceptors that receive the energy from the light source. And you can see things in a mirror, so obviously the energy is received after reflection. the momentum of the light wave vanish to a single reflection wave What? Why? Link to comment Share on other sites More sharing options...
Roger Dynamic Motion Posted June 9, 2017 Author Share Posted June 9, 2017 (edited) The light source doesn't have to be aligned with the solar panel. After reflection, the mirror becomes the light source. So, for example, the solar panel could be facing away from the sun and towards a mirror that reflects the light to it. After all, your eyes contain photoreceptors that receive the energy from the light source. And you can see things in a mirror, so obviously the energy is received after reflection. What? Why? let say there is many impact with 10 mirrors at different angles leading the light wave to target ..would the momentum at the impact remain the same ? Edited June 9, 2017 by Roger Dynamic Motion Link to comment Share on other sites More sharing options...
Strange Posted June 9, 2017 Share Posted June 9, 2017 let say there is many impact with 10 mirrors at different angles leading the light wave to target ..would the momentum at the impact remain the same ? I don't think photons lose energy or momentum when they are reflected. So, yes, it would be the same. Are you going to explain what "expanding space" and small, electrified, chromium balls are all about? Link to comment Share on other sites More sharing options...
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