A response as expected. You don't have to be an expert to write a report as long as you have robust sources of Information. As you are not a member of the Royal College of Anaesthetics I cannot give the links to the Research Papers, you'll have to do that yourself.
Yes, 42 years in the NHS, 1 yr HO, 2 yr SHO in Anaesthetics, 3 yr Sen Reg in Anaesthetics and 36 yrs as a Consultant in Vascular Anaesthesia and Lead Consultant in Intensive Care Medicine. So I have a little experience in the field.
If you disagree with Mr Snowdens report then ask HMRC for the total Tax take from Tobacco and Alcohol products and relate that to the NHS expenditure on Tobacco and Alcohol related illnesses and treatment.
All this information is available. As you will also notice The Times, Telegraph and Observer also published articles based on his report without any counter comments from the NHS or HMRC.
There are many research papers in Anaesthesia, BMJ and Lancet using the same information from HMRC and the NHS, but of course you new that.
If you enjoy attempting to put down people who have an alternative view then do so. I will enjoy giving you the opportunity. Better me than some other poor soul.
Have a good day. I look forward to your next missive .
Thank you.
This is helpful, while insults directed at me were not.
I will indeed delve tad deeper into this. I am also forwarding Snowdon's paper to an ex faculty member at Columbia University's Maths Department, and a physicist at Oxford who has retrained in Oncology. Hopefully they too will examine his claims.
While Snowdon's paper itself means nothing because it is a series of claims with no explanation, I hope to see if the references shed any light.
Note I studiously avoided commenting on the conclusions he claims. But as I said, I am intrigued.
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Other comments: my background, and some comments for curious cat GranJen.
First of all, I am a nobody. Lucky enough to know that everyone I have ever met brighter than me. But an insatiable curosity to understand. This tends to cheese off some people who are more interested in personal superiority rather than issue at hand.
An occupational hazard, a fait accompli...but admittedly intrigue why people have such self indulgent and fragile egos.
Anyway, since WelshGas provided own background, here is a bit of mine.
Various degrees in mathematics and theoretical physics. Research positions held in advanced engineering at premier US research lab, and later financial engineering in academia and industry.
Can possibly explain medical diagnostic tools at level may surprise some. For example, MRI really used to be called NMR. Actually assisted a professor who was first involved in the set up of mobile NMR units in the US in the mid 1980s.
Industry experience Head R and D for billion dollar plus enterprises, plus global head of trading major financial institution. Focusing just on mathematics practised and used: many disparate areas, but primarily stochastic calculus, often 10 years ahead of academia. Particular interest adaptive stochastic optimal using Hamilton-Jacobi-Bellman theory. But at cutting edge have needed to apply cutting edge mathematics from many different areas. Problems do not yield easily to one approach.
Application of stochastic calculus requires usage of many areas of maths, PDEs, EVT, Probability and Stats, Optimization etc. Experience here too, in some detail.
Some other academic areas of maths that I studied at postgrad level have been differential geometry (twisted fibre bundles), algebraic and differential topology, infinite dimensional Lie Algebras (Kac Moody), twistor theory. Mostly forgotten from lack of use.....
Anyway, all the above is meaningless. What is interesting is what I don't know or understand, which takes me to some areas that occupy this limited mind:
Current interest: quantum computation as applied to quantum biology. You may be interested, for example, to know that proton gradient across mitochondria that drive rotation of enzyme ATPase for ATP for energy is almost mathematically impossible unless precise quantum tunnelling is invoked....
So looks like quantum tunnelling responsible for respiration that powers life. Maybe photosynthesis in plants too.
Intriguing isn't it. One would have thought that the hot messy level of large molecules at play inside us, quantum effect would average out. Now seem not only possible, but possibly essential. Nature so wonderful in its richness....
Especially in the actions of enzymes. Now since enzymes are at the heart of biology, this becomes more than just interesting.
Generally biology has been an open area for people trained in the hard sciences starting with Schrodinger writing "What is life" in 1944 and speculating existence of code in the form of an aperiodic crystal. This mrd directly to search for that code with biologists thinking it would be in proteins. However with some including Pauling at Caltech thinking nucleic acids, leading to Crick at Cambridge's physics department deciphering DNA. But now progress is not as heady as claimed in the popular press.
Lots of other intriguing questions that either lie unanswered, or more interestingly as yet unformulated.
On Feynman: apart from QED, Super Conductivity, Path Integrals, the Parton Model etc, Feynman was a pioneer in nano technology and quantum computation. These two areas, along with distributed computing, and machine learning, will have the next biggest impact on science and medicine.
By the way, solutions to partial differential equations can often be had by probabilistic methods based on a theorem called Feynman-Kac, with Marc Kac, the eminent MIT mathematician. In fact nearly all of modern financial derivatives mathematics is based on this theorem alone...
In fact, if you found Feynman intriguing, may I suggest a biography called "Genius" by James Gleick. I think the quality of the biography matches the quality of the subject.
What Feynman once said encapsulates my outlook:
"I'd rather not know then have answers which are wrong."
I think this just said it all.
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