History regularly forgets the little details that provoke the creativeness of fertile minds that have gone previously. Was it a drop of water on a window pane lightened by the sun that gave the Dutch inventor Janssen, in the 1590’s, the inspiration for the microscope? Little does he know his crude invention would be improved upon by the creative minds of scientists and inventors that followed in his footsteps?
The eagerness that provokes creativity is akin to a staircase; every step gives a place to polish the very next step. The 1st microscopes were awfully crude by modern standards but gave enough information at the time of their conception to motivate the systematic arena of their day to move forward in the quest for knowledge. Janssen’s invention would become a fixture in the never ending search for info and become called the brightfield compound microscope.
A thousand years before Janssen, the Venicians are rewarded with perfection of glass. Each step in the creative process is dependent on developments of the past. As creative developments expanded around the planet new uses for these concepts were spotted. And very often the new uses of ideas were far removed from there original design application. This fact has stayed a consistent in the development of technology.
From its inception the microscope continues to develop. Each generation of science has found a successive set of wishes that have pushed the continuing evolution of magnification. It looks the events of the past whether it was disease like the plague or rampant transmissible diseases like syphilis have provoked the imaginations of men of science and medicine to enhance the tools of the trade to go searching for cures and remedies to improve the quality of life for the survivors.
Creative men such as Tesla and Edison didn’t imagine that the harnessing of the electron would lead straight to quantum steps forward in the science of magnification. The development of electricity gave tools to two German inventors, Knoll and Ruska to hone the electronic microscope in 1931.
The discovery of the electronic microscope paved the way for the development in the discipline of ion microscopy in 1951 by German scientist Mueller. The perfection and enhancements in the basic compound microscope put this learning tool in the hands of each teaching and university biology lab. Every doctor’s office and diagnosing lab has been able to provide medical improvements to the masses.
The 20th century has caused the development of the laser and the high speed computer - acceptable stable chums for many sorts of laboratory equipment nowadays. This blend of tools brought the confocal microscope to the front of the line. The business application of this science allows for optical sectioning that has proved magical in the development of pharmaceuticals, plastics and metallurgical advances that have permitted man to travel beyond earth into space with lightweight yet just about indestructible metals. Our cars have been developed in ways that provide better economy and innovations in safety that before now were unheard of.
Our Standard of living has been greatly improved whether it is a simple compound unit, a rather more advanced transmission electron microscope or the highly advanced scanning electron sort of system. Doubtless some day due to the confocal microscope it will help in the formulation of its own replacement.
Andrew Long is a writer and online marketer and offers a laboratory equipment resource centre at labface.
This includes focused information regarding confocal microscopeproducts and general microscopy equipment.