Who Are the Greatest Chemists Living & of All-Time?

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In summary: He was also one of the first people to realize that genetic information can be copied. R.B. Woodward... is a developmental biologist who is particularly well known for his work on the neural tube and early development. Both of these scientists have received numerous awards and accolades, but they are not the most highly cited scientists in their respective fields.
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kyphysics
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If you had to rank the most influential and skilled chemists of all-time and currently living, who would the be?
 
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Chemistry is a fairly difficult field to rank as it encompasses such diverse sub-fields (organic, inorganic, physical, analytical, biological, nano, materials, etc.). Some areas are closer to physics, some closer to engineering, and some areas are closer to biology. In addition, there are the perennial questions of how one defines "greatest," "most influential," or "most skilled." (Most skilled is probably not a good criteria as skills vary quite wildly across sub-disciplines. How would you compare the skill of a synthetic organic chemist versus a computational or theoretical chemist? Furthermore, as chemists advance in their careers, they spend less time at the bench and more time overseeing projects. I'm fairly certain most grad students and postdocs would be more skilled at bench work than their bosses, but few would say they are greater or more influential chemists).

That said, there have been various attempts on the internet to make such a list:
http://blog.chembark.com/2011/01/11/greatest-chemists-of-all-time/
http://archive.sciencewatch.com/dr/sci/misc/Top100Chemists2000-10/

I'd probably agree with the first link in saying that if one had to choose a greatest chemist of all time, Linus Pauling is not a bad choice. Citations is certainly a measure of influence, so the Science Watch link provides one way to measure the most influential living chemist. However, I'm not sure I would agree with their ordering as it seems to have systematic biases for certain sub-fields of chemistry.
 
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Thishttps://www.nobelprize.org/nobel_prizes/chemistry/laureatescontains a few Nobel laureates in Chemistry that are still living, many of which aren't even on the Sciencewatch list Ygggdrasil posted above. Though, no list you could find would be truly reflective under such a broad domain as chemistry. You may get a more accurate representation if asking for a list of the most influential people within sub-fields.

Edit: Actually, the only laureate from 2003-present that is also on that watch list is Robert H. Grubbs. That goes to show...
 
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Just quickly looking through the list Sharpless, Smalley, Noyori, and Finn are all Nobelists in addition to Grubbs. Note that the Chemistry Nobel quite often goes to non-chemists and it's often given late into scientists careers (some Nobels are awarded after the scientist has retired), so it's not surprising that recent Nobelists were not highly cited in the 2000s. It's possible that the most Science Watch list may predict Nobel Prizes in the 2020s, though the top 10 is quite nanotech heavy and I'm not sure research in that area has really panned out to give any practical applications worthy of a Nobel prize yet. The list basically shows how imperfect citations are as a metric for measuring scientific influence.
 
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Ygggdrasil said:
Just quickly looking through the list Sharpless, Smalley, Noyori, and Finn are all Nobelists in addition to Grubbs. Note that the Chemistry Nobel quite often goes to non-chemists and it's often given late into scientists careers (some Nobels are awarded after the scientist has retired), so it's not surprising that recent Nobelists were not highly cited in the 2000s. It's possible that the most Science Watch list may predict Nobel Prizes in the 2020s, though the top 10 is quite nanotech heavy and I'm not sure research in that area has really panned out to give any practical applications worthy of a Nobel prize yet. The list basically shows how imperfect citations are as a metric for measuring scientific influence.

Hmm, why are Nobels in chemistry often given to NON-chem. people?

Is this common for other disciplines?

Also, what about reputation metrics? Surely, there are people who are considered the "best" without necessarily being the most cited, right?

Thanks for the input, though! Very interesting. I will check out the watch list and other links!
 
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kyphysics said:
Hmm, why are Nobels in chemistry often given to NON-chem. people?

Biology, especially molecular biology, is essentially an application of chemistry, and many molecular biologists, biochemists, and structural biologists have won the Nobel Prize in Chemistry in recent years. The Science Watch list (I assume, since they're not really transparent about their methods) looks only at citations in chemistry journals, whereas the more biology-focused Nobelists typically publish in biology journals.

Is this common for other disciplines?
It is most common in chemistry, though it happens in other fields. For examples, two of the winners of the 2015 Nobel Prize in Physiology or Medicine were chemists who helped discover/develop new drugs to combat malaria and roundworms.

Also, what about reputation metrics? Surely, there are people who are considered the "best" without necessarily being the most cited, right?
Yes, citations are probably a poor metric for deciding who are the "best" or most influential scientists.
 
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E.J. Corey and R.B. Woodward are certainly worth mentioning. Both are noble laureates and major pioneers in their fields. E.J. Corey is still alive; he is the pioneer of retrosynthetic analysis, a very powerful tool in organic synthesis. R.B. Woodward, no longer alive, is the main pioneer of organic spectroscopy. Both Corey and Woodward were also responsible for immense organic synthesis.

Of, there is the king Linus Pauling also; two Noble Prizes!

The Germans had some amazing chemists too; i.e. Richard Willstätter, Walter Reppe, and etc.
 

What is the criteria for determining the "greatest" chemists?

The criteria for determining the "greatest" chemists can vary depending on personal opinion and perspective. Some may consider contributions to the field, such as groundbreaking discoveries or theories, as the defining factor. Others may consider the impact and influence of a chemist's work on society and the world. In general, a combination of these factors and others may be used to determine the "greatest" chemists.

Who are some of the most well-known living chemists?

Some of the most well-known living chemists include 2016 Nobel Prize winner Sir J. Fraser Stoddart, who is known for his work in molecular machines, and 2011 Nobel Prize winner Dan Shechtman, who discovered quasicrystals. Other notable living chemists include George M. Whitesides, known for his work in nanotechnology, and Carolyn R. Bertozzi, known for her contributions to bioorthogonal chemistry.

Who are some of the greatest chemists of all-time?

Some of the greatest chemists of all-time include Marie Curie, who discovered radium and polonium, and Dmitri Mendeleev, who created the periodic table of elements. Other notable chemists include Linus Pauling, known for his research on chemical bonding and molecular structure, and Antoine Lavoisier, known as the "Father of Modern Chemistry" for his work in the development of the scientific method in chemistry.

How have chemists impacted our daily lives?

Chemists have had a significant impact on our daily lives through the development of new materials, medicines, and technologies. For example, chemists have played a crucial role in the development of plastics, fertilizers, and pharmaceuticals. They have also contributed to advancements in renewable energy, food production, and environmental preservation.

How can someone become a great chemist?

Becoming a great chemist requires a combination of passion, curiosity, and dedication. Pursuing higher education in chemistry and conducting research in a specific area of interest are essential steps. Developing critical thinking and problem-solving skills, as well as effective communication and collaboration skills, are also important for success in the field of chemistry.

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