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DoomYoshi wrote:I think I posted here about this effect in Chemistry. For last 20 years or so, Nobel prizes in Chemistry have been given out for more and more obscure bits of trivia, more chemical engineering than pure science, plus a few bits of biochem snuck into Chemistry when they really should have been Medicine. Chemistry is an example of a mature science where we already know almost everything and the things left to learn are incredibly
Next time I use a Lithium-Ion battery, or GFP, or cell membrane channels, or a molecular machine, I'll remember that it is either incredibly trivial or not real Chemistry.
Certainly the AI that can correctly predict protein shape was a major breakthrough this year. It was a breakthrough, but not really disruptive. Unless it was disruptive in the sense that crystallography which could take years is now almost an irrelevant practice for protein. That's neither trivial nor medicine and will get a Nobel prize one day.
If we know so much about chemistry, how come every textbook on Chemistry still includes Bohr diagrams?
The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids.Oct 8, 2008
The 2008 Nobel Prize for Chemistry has been awarded to Osamu Shimomura, Martin Chalfie and Roger Tsien for the discovery and development of the so-called green fluorescent protein
Green fluorescent protein | Nature Chemistry
The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids. Oct 8, 2008
Dukasaur wrote: That was the night I broke into St. Mike's Cathedral and shat on the Archibishop's desk
mookiemcgee wrote:Confed types this from the holy computer given to him by angels, built entirely with magic and miracles containing 0% science.
jimboston wrote:mookiemcgee wrote:Confed types this from the holy computer given to him by angels, built entirely with magic and miracles containing 0% science.
He’ll ignore you.
The only science he thinks sucks is the science that disagrees with his predetermined world view.
Dukasaur wrote: That was the night I broke into St. Mike's Cathedral and shat on the Archibishop's desk
HitRed wrote:Freedom to choose doesn't lead to absolute control.
Dukasaur wrote: That was the night I broke into St. Mike's Cathedral and shat on the Archibishop's desk
jimboston wrote:mookiemcgee wrote:Confed types this from the holy computer given to him by angels, built entirely with magic and miracles containing 0% science.
He’ll ignore you.
The only science he thinks sucks is the science that disagrees with his predetermined world view.
ConfederateSS wrote:jimboston wrote:mookiemcgee wrote:Confed types this from the holy computer given to him by angels, built entirely with magic and miracles containing 0% science.
He’ll ignore you.
The only science he thinks sucks is the science that disagrees with his predetermined world view.
-------Close Mookie, I took a jar of Mole'...To have it blessed by a priest at Holy Redeemer Church, Making it Holy Mole'......Then poured it on my keyboard...That could explain my typing, the keyboard is sticky all the time...But Blessed...whew!!!
...
ConfederateSS.out!(The Blue and Silver Rebellion)...
![]()
-----------I thought, hope everyone's world view...Would be not exploiting children, especially, The science field, chemical,Big Pharma, and most of all Doctors... Children,The Children...that is just sick and evil... Science people...to use them as cash cows......Or political, As the Chinese brainwash American children, with Tik Tok Tech...just horrible......
Dukasaur wrote: That was the night I broke into St. Mike's Cathedral and shat on the Archibishop's desk
ConfederateSS wrote:jimboston wrote:mookiemcgee wrote:Confed types this from the holy computer given to him by angels, built entirely with magic and miracles containing 0% science.
He’ll ignore you.
The only science he thinks sucks is the science that disagrees with his predetermined world view.
-------Close Mookie, I took a jar of Mole'...To have it blessed by a priest at Holy Redeemer Church, Making it Holy Mole'......Then poured it on my keyboard...That could explain my typing, the keyboard is sticky all the time...But Blessed...whew!!!
...
ConfederateSS.out!(The Blue and Silver Rebellion)...
![]()
-----------I thought, hope everyone's world view...Would be not exploiting children, especially, The science field, chemical,Big Pharma, and most of all Doctors... Children,The Children...that is just sick and evil... Science people...to use them as cash cows......Or political, As the Chinese brainwash American children, with Tik Tok Tech...just horrible......
jusplay4fun wrote:
It seems that you forgot your point in the OP, DY.
jusplay4fun wrote:What is significant about the Bohr diagram?
jusplay4fun wrote:And the improvements to and development of lithium ion battery did win a Nobel Prize in 2020 or so. BUT DISRUPTIVE? Hardly. That was an improvement of the Lithium battery and Ni-Cads and Fuel Cells. It was a matter NOT of improved batteries, but which one works the best. I have taught a WHOLE Lesson on ElectroChemistry. What was my Focus? The Lithium ion battery, OF COURSE. Why? It is the one we ALL are most familiar with and most useful NOW. BUT NOT DISRUPTIVE. The trajectory was to improve the portable and rechargeable battery.
jusplay4fun wrote:And GFP? sounds like BioChem to me, that I already state. and the same for cell membrane channels. You try to argue against my point(s), but instead you merely validate my point(s).The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids.Oct 8, 2008
The 2008 Nobel Prize for Chemistry has been awarded to Osamu Shimomura, Martin Chalfie and Roger Tsien for the discovery and development of the so-called green fluorescent protein
Green fluorescent protein | Nature Chemistry
The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids. Oct 8, 2008
jusplay4fun wrote:And that is your only response to me? I made several points; 11 in my initial post in this thread. And a lengthy reply, later.
DoomYoshi wrote:jusplay4fun wrote:
It seems that you forgot your point in the OP, DY.
Nope.jusplay4fun wrote:What is significant about the Bohr diagram?
It's just an example of something that has been known to be wrong for 90 years, and yet is still printed in every chemistry textbook. When I was in high school chem, we spent weeks on Bohr diagrams. Why? They imply rotational energy of electrons when there has never been any measured, etc., etc. As a high school science teacher, I thought you would understand this dilemma. That time would be better spent learning how to write in the R programming language so people can build the statistical acumen to understand quantum fields.jusplay4fun wrote:And the improvements to and development of lithium ion battery did win a Nobel Prize in 2020 or so. BUT DISRUPTIVE? Hardly. That was an improvement of the Lithium battery and Ni-Cads and Fuel Cells. It was a matter NOT of improved batteries, but which one works the best. I have taught a WHOLE Lesson on ElectroChemistry. What was my Focus? The Lithium ion battery, OF COURSE. Why? It is the one we ALL are most familiar with and most useful NOW. BUT NOT DISRUPTIVE. The trajectory was to improve the portable and rechargeable battery.
I do not disagree. But to call it, or many other of the last 20 Nobel prizes obscure or incredibly trivial is offensive to the good men and women working in chemistry today.jusplay4fun wrote:And GFP? sounds like BioChem to me, that I already state. and the same for cell membrane channels. You try to argue against my point(s), but instead you merely validate my point(s).The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids.Oct 8, 2008
The 2008 Nobel Prize for Chemistry has been awarded to Osamu Shimomura, Martin Chalfie and Roger Tsien for the discovery and development of the so-called green fluorescent protein
Green fluorescent protein | Nature Chemistry
The very aptly named green fluorescent protein — or GFP as it is almost universally known — is a barrel-shaped protein made up of 238 amino acids. Oct 8, 2008
I wasn't arguing against you. I don't know where you got that idea from. Either way, biochemistry IS chemistry. It's in the name and it is not a misnomer. Biochemistry scientific achievements are awarded under the Chemistry category in the Nobel prize. My point (arguing against Dukasaur) is that these are not obscure and they don't belong in the physiology category either. My suspicion is that Duke did not read the list of the past 20 years of Nobel laureates before he made that claim. Or if he did read, he might have read "for the development of click chemistry and bioorthogonal chemistry" and thought "I don't know what that means, therefore it must be obscure or meaningless, so I am going to ad hominem attack the laureates and diminish the impact of their work". It was a tasteless post by Duke that I was replying to.jusplay4fun wrote:And that is your only response to me? I made several points; 11 in my initial post in this thread. And a lengthy reply, later.
I didn't respond to you at all, until now.
we spent weeks on Bohr diagrams. Why?
DoomYoshi wrote:Ok. Makes sense.
The main thesis of this thread was that scientists should spend more time in church.
Here's an article on click chemistry (it is organic chem), in case you are interested. This was a disruptive find - according to the article, using common sense had never been tried before!
https://www.chemistryworld.com/features ... 66.article
‘Within a few days, I was [running the reaction] in my own plasma and in my own blood, just a little bit of copper sulfate and ascorbate, which I got from [supermarket] Trader Joe’s,’ recalls Fokin. While he had first used copper(i), he quickly settled on reducing a cheaper copper(ii) source in situ after thinking back to a high school experiment in which copper(ii) is reduced with ascorbate (vitamin C). But Fokin would later find that even solid copper wire could catalyse the reaction.
But this common sense has now earned Carolyn Bertozzi, Morten Meldal and Barry Sharpless the 2022 chemistry Nobel prize for the development of click chemistry and bioorthogonal chemistry.
But things didn’t go as planned. ‘When Christian did that reaction, he got a by-product, he never could get his acyl chloride to couple,’ Meldal recalls. ‘He came down to me and was initially really devastated because his project didn’t work.’ But instead of throwing it out, the team took a closer look. ‘We realised that this was very, very fortunate what we had discovered,’ Tornøe says. The reaction was amazingly clean and efficient. ‘We called it QCT reaction – quantitative chemical transformation,’ Meldal says. ‘This never caught on because click is of course much nicer.’
It took the team only a few months to turn their serendipitous discovery into a workable methodology, compatible with solid-phase peptide synthesis. ‘We immediately started to utilise this in an orthogonal fashion to make chemistries that were probably impossible in all other ways,’ Meldal recalls. ‘When we presented it as a poster at the American Peptide Symposium, there was just standard interest from people at the conference. But maybe peptide chemists are not that interested in alternative chemistries,’ he laughs.
Meldal’s and Sharpless’s papers came out within a few months of each other. At the time, neither team knew of the other’s work, though their reaction would soon make waves in the synthesis community. ‘I remember running the copper reaction for the first time in my life,’ says Jiajia Dong from the Chinese Academy of Sciences in Shanghai, who would later join Sharpless’s team. ‘I saw the result coming out of the LC-MS. “Holy cow,” I said, “it’s only one peak – I never saw any reaction like this!”’ The stark difference between click chemistry and many other transformations is obvious to every chemist who ever had to do reaction optimisation. ‘In 2019, we did reactions with 1200 azides under the same conditions – and almost every one of them was quantitative in yield,’ Dong says.
DoomYoshi wrote:I wasn't arguing against you. I don't know where you got that idea from. Either way, biochemistry IS chemistry. It's in the name and it is not a misnomer. Biochemistry scientific achievements are awarded under the Chemistry category in the Nobel prize. My point (arguing against Dukasaur) is that these are not obscure and they don't belong in the physiology category either. My suspicion is that Duke did not read the list of the past 20 years of Nobel laureates before he made that claim. Or if he did read, he might have read "for the development of click chemistry and bioorthogonal chemistry" and thought "I don't know what that means, therefore it must be obscure or meaningless, so I am going to ad hominem attack the laureates and diminish the impact of their work". It was a tasteless post by Duke that I was replying to.
Dukasaur wrote:DoomYoshi wrote:I wasn't arguing against you. I don't know where you got that idea from. Either way, biochemistry IS chemistry. It's in the name and it is not a misnomer. Biochemistry scientific achievements are awarded under the Chemistry category in the Nobel prize. My point (arguing against Dukasaur) is that these are not obscure and they don't belong in the physiology category either. My suspicion is that Duke did not read the list of the past 20 years of Nobel laureates before he made that claim. Or if he did read, he might have read "for the development of click chemistry and bioorthogonal chemistry" and thought "I don't know what that means, therefore it must be obscure or meaningless, so I am going to ad hominem attack the laureates and diminish the impact of their work". It was a tasteless post by Duke that I was replying to.
It's absolutely not an ad hominem attack in any way. If anything, it's a big compliment to these researchers that in a mature science where almost everything is already known, they are managing to tease out some unexplored territory and make some new discoveries.
My point (which you conveniently blew past without comment) is that as the set of known things grows, the set of unknown things shrinks, and so it's more and more difficult for anything new to be discovered.
DoomYoshi wrote:Dukasaur wrote:DoomYoshi wrote:I wasn't arguing against you. I don't know where you got that idea from. Either way, biochemistry IS chemistry. It's in the name and it is not a misnomer. Biochemistry scientific achievements are awarded under the Chemistry category in the Nobel prize. My point (arguing against Dukasaur) is that these are not obscure and they don't belong in the physiology category either. My suspicion is that Duke did not read the list of the past 20 years of Nobel laureates before he made that claim. Or if he did read, he might have read "for the development of click chemistry and bioorthogonal chemistry" and thought "I don't know what that means, therefore it must be obscure or meaningless, so I am going to ad hominem attack the laureates and diminish the impact of their work". It was a tasteless post by Duke that I was replying to.
It's absolutely not an ad hominem attack in any way. If anything, it's a big compliment to these researchers that in a mature science where almost everything is already known, they are managing to tease out some unexplored territory and make some new discoveries.
My point (which you conveniently blew past without comment) is that as the set of known things grows, the set of unknown things shrinks, and so it's more and more difficult for anything new to be discovered.
Ok, I got the main point, I just didn't like the tone you took. There are still incredible Nobel prizes in both Physics and Chemistry. 2010 Physics prize really takes the cake as they were able to find a hypothesized chemical with millions of applications using only a piece of scotch tape and a pencil*. If MacGyver did that, people would shut off the tv in disbelief.
*They also had some oxidized substrate and a whole laboratory, but that's not important.
Dukasaur wrote:
Cool.
You're probably tired of hearing the story, but one of my proudest moments was when I calculated the orbit of Jupiter using a tree branch, a ruler, and the clock on the VCR and came within about 3% of the actual figure.
riskllama wrote:Koolbak wins this thread.
DoomYoshi wrote:Ok. Makes sense.
The main thesis of this thread was that scientists should spend more time in church.
Here's an article on click chemistry (it is organic chem), in case you are interested. This was a disruptive find - according to the article, using common sense had never been tried before!
https://www.chemistryworld.com/features ... 66.article
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