Beyond Electroculture: Modeling Possible Effect of Low Intensity Laser Pen to Improve Plant Growth

Victor Christianto
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Abstract

It is known that in many regions in this earth, there are growing concerns on rice and  other crops supply stability, while the water supply for irrigation has become more  scarce. Part of the problem is that farm lands have been reallocated to other purposes,  including housing etc, and other reasons include the technology on farming was quite  in stagnation for years. In this regard, studies have shown beneficial effects of laser  technology to boost plant growth and especially during seed formation. In this small  experiment, we take a look at modeling of such low intensity laser pen interacting with  plant leaf, and then we tried to look at how low intensity laser pen actually can improve  leaf textures, etc. Not necessarily increased leaf area is the only concern, as quality of  leaf shall be more visible after low intensity laser pen treatment. It is our hope that this  experiment can be useful in one or other ways especially in the spirit of Masanobu  Fukuoka, the father of natural farming. 
超越电培养:模拟低强度激光笔改善植物生长的可能效果
众所周知,在地球上的许多地区,人们越来越关注水稻和其他作物的供应稳定,而用于灌溉的水供应却变得更加短缺。部分原因是农田被重新分配到其他用途,包括住房等,其他原因包括农业技术多年来一直停滞不前。在这方面,研究表明激光技术对促进植物生长,特别是在种子形成过程中有有益的作用。在这个小实验中,我们将对这种低强度激光笔与植物叶片的相互作用进行建模,然后我们试图看看低强度激光笔实际上如何改善叶片纹理等。不一定增加叶面积是唯一的问题,因为低强度激光笔处理后,叶的质量会更明显。我们希望这个实验能以这样或那样的方式发挥作用,特别是在自然农业之父福冈正信的精神下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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