In 1971, a physicist named Gabor received the Nobel Prize for developing the basic ideas of holography, a method of producing a
three-dimensional image of an object. His work marked a major advance in laser technology and occurred without much previous work in this area. Based on this information, which statement is most likely true of Gabor?
A He was extremely creative and open to new ideas.
B He was not curious about many facets of laser science.
C He was interested in collaborating with a diverse group of scientists.
D He was skeptical of his own work and the work of other laser scientists.
The correct answer of the given question above would be option A. Based on the given information above about a physicist named Gabor, the statement that is most likely true about him is that, he was extremely creative and open to new ideas.
<h2>Answer : Option A) He was extremely creative and open to new ideas.</h2><h3>Explanation :</h3>
Based on this information, given above it most likely to be true that the physicist named Gabor was an extremely creative scientist and he was open to new ideas. As he received the Nobel prize for developing the basic ideas of holography, which was a new advance area in the field of laser technology although there were no previous work done in this field his curiosity led him to this innovation,it also gives clarification about how creative he was.
Enzymes lower the activation energy of a reaction by binding one of the reactants, called a substrate, and holding it in a way that lowers the activation energy.
The structure of fluorophore used in the experiments has been drawn in the attachment. And from the drawing counting we can say that there are 9 sp2-hybridized carbon atoms present. Fiuorophores are a fluorescent chemical compound that can re-emit light upon light excitation. Normally used to produce absorbance and emission spectra.
