The reason why thise research got the Nobel prize in chemistry 07

In summary, the 2018 Nobel Prize in Chemistry was awarded to Gerhard Ertl for his significant contributions to the field of surface chemistry. This branch of science has led to the development of important catalysts for industrial processes and has many applications, such as the invention of the catalytic converter and advancements in fuel cell technology. Ertl's research on hydrogen behavior on surfaces has also been crucial in efforts to move away from fossil fuel use.
  • #1
Serenie
10
0
"for his studies of chemical processes on solid surfaces"
i thought nobel prize was rewarded for the research which have some meaning to the chemistry. In this study i found it hard to find some meaning.
what i found one was that some other techniques were developed because of doing this research.
is it right? or is there any other meaning?
 
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  • #3
Surface chemistry is an extremely important branch of science that has developed many useful catalysts for many industrial processes (for example, the production of fertilizer via the Haber-Bosch process, which Ertl has studied quite extensively) and has many applications. One of the most important applications of surface chemistry and heterogeneous catalysis is the invention of the catalytic converter to help reduce harmful emissions from automobiles. Work by Ertl and others studying the behavior of hydrogen on surfaces during heterogeneous catalysis has been important for developing fuel cell technologies and will likely help in other efforts to develop new technologies to get away from fossil fuel use.

For a overview of the many applications of surface chemistry see: http://www.pnas.org/content/108/3/917.full
 
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Related to The reason why thise research got the Nobel prize in chemistry 07

1. What was the research that received the Nobel Prize in Chemistry in 2007?

The research that received the Nobel Prize in Chemistry in 2007 was on the development and application of the green fluorescent protein (GFP) by Roger Y. Tsien, Martin Chalfie, and Osamu Shimomura. This protein is used as a genetic marker and has revolutionized the field of biological imaging.

2. How did this research contribute to the field of chemistry?

This research contributed to the field of chemistry by providing a new tool for studying biological processes. The green fluorescent protein allowed scientists to track and visualize specific proteins and molecules within cells, leading to a better understanding of how they function and interact with each other.

3. What was the impact of this research on other scientific fields?

The impact of this research extended beyond the field of chemistry and had significant implications for other scientific fields such as biology, medicine, and neuroscience. The ability to track and visualize molecules within living cells has led to numerous discoveries and advancements in these fields.

4. How did this research receive the Nobel Prize in Chemistry?

This research received the Nobel Prize in Chemistry for its groundbreaking contributions to the field of biological imaging. The development and application of the green fluorescent protein have greatly advanced our understanding of cellular biology and have had a significant impact on various scientific disciplines.

5. What future implications does this research have?

The research that received the Nobel Prize in Chemistry in 2007 has opened up new possibilities and avenues for future research. It has provided a powerful tool for studying the complex processes of life and has the potential to lead to further discoveries and advancements in various scientific fields.

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