The Expanding Horizon of Light Sheet Technology

P. Mondal
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Abstract

Seldom, do we come across a technology that advances multiple research disciplines across science and engineering. One such technology is light sheet that promises to take scientific investigation to the next level. The existing technology, predominantly based on point-focusing has reached a saturation limit, in terms of speed, limited field-of-view and lack of biophysical parameter estimation. Moreover, current technology is complex and needs human intervention. Light sheet techniques based on sheet-illumination expand our abilities for high throughput interrogation of a large pool of live biological specimens with near diffraction-limited resolution and an order increase in field-of-view. The outlook of research community has changed dramatically over the last decade that has seen an increased use of light sheet technology. Light sheet technique has penetrated both biological and physical sciences with its impact on microscopy, cytometry, nanolithography, beam-shaping, plasma physics and optical manipulation. Eventually, the technique will influence other disciplines and may give rise to new research fields.
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薄片技术的发展前景
我们很少遇到一种技术能够在科学和工程领域推动多个研究学科的发展。其中一项技术是薄层,它有望将科学研究提升到一个新的水平。现有的主要基于点聚焦的技术在速度、有限的视场和缺乏生物物理参数估计方面已经达到了饱和极限。此外,目前的技术是复杂的,需要人为干预。基于薄片照明的光片技术扩展了我们对大量活生物标本进行高通量讯问的能力,具有接近衍射限制的分辨率和视野的增加。在过去的十年里,随着薄层技术的使用越来越多,研究界的前景发生了巨大的变化。光片技术已经渗透到生物和物理科学中,对显微镜、细胞术、纳米光刻、光束整形、等离子体物理和光学操作产生了影响。最终,这项技术将影响其他学科,并可能产生新的研究领域。
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