Chan Rasjid
Verified User
I am starting a new thread as my other thread "E=mc² is invalid" has been hijacked by a poster "serenity" which I suspect is a random generator bot with the purpose of spamming the thread.
Nature. 2005 Dec 22;438(7071):1096-7.
World Year of Physics: a direct test of E=mc2.
https://www.ncbi.nlm.nih.gov/pubmed/16371997
Abstract:
Author information:
Hans G. Börner,
Simon Rainville,
Department of Physics, Research Laboratory of Electronics, MIT–Harvard Center for Ultracold Atoms, Massachusetts Institute of Technology, Cambridge, 02139, Massachusetts, USA
Edmund G. Myers,
Department of Chemistry, The Physical and Theoretical Chemistry Laboratory
John M. Brown,
National Institute of Standards and Technology (NIST)
Maynard S. Dewey, Ernest G. Kessler Jr & Richard D. Deslattes
Institut Laue-Langevin, Grenoble, France
Michael Jentschel & Paolo Mutti
wiki:
Many "detractors" here would be delighted that this peer reviewed article from a highly prestigious journal, "Nature", shows that the formula E=mc² was finally proven experimentally to be accurate to a great precision, to about 1 part in 10⁷ - an almost absolute confirmation. Furthermore, the physicists were from the best of institutions.
It is unfortunate that I have to belatedly deflate this "Einstein_year_2005" celebration despite it being sanctioned by the United Nations - truth is unforgiving. In fact, the advancement in true physics has suffered a delay of a hundred years due to Einstein's relativity theory promoted since 1905. I have shown that the so called "a direct test of E=mc2" was a glaring mistake which should not have happened with the supposedly best of minds from the most prestigious of world class institutions of physics.
What the author did in the experimental setup was never an "experimental test of E=mc2". For whatever reasons, the author misrepresented the very experiment which they themselves designed. To put it in a nutshell, the experiment was just another experiment to deduce the mass of the neutron based on the formula E=mc². Currently, all measurements of nuclide masses - including protons and electrons - are done through mass spectrometry (the highly touted Penning trap is one such). But the physicists have a great headache trying to figure out the mass of the neutron as mass spectrometry works only for charged particles and ions. Since the discovery of the neutron by James Chadwick in 1932, the mass of the neutron was deduced experimentally based on assuming E=mc2 to be correct and exact; but E=mc² is just a hypothesis and never experimentally verified.
All along since 1935, physicists have been using an experimentally deduced figure for the mass of neutron - not an experimentally measured figure. From the NIST table, the current recommended value is 1.0086654 amu. This value has been accepted based on experimentally measuring what is known as binding energy from a nuclear interaction involving neutron emission or neutron capture. The standard nuclear reaction has always been that involving the deuteron, the nucleus of heavy hydrogen deuterium. In this 2005 direct test of E=mc2, they used different nuclear interactions involving isotopes of silicon and sulphur - this is the only difference. The experiment was still just a new setup to deduced the mass of the neutron, but from silicon and sulphur instead of the usual deuteron. And the new experiment relied on the assumption E=mc².
However can you "verify" the formula E=mc² with an experiment which need to assume E=mc² to be correct in the first place! Only the Good Lord knows!
What this Nature article shows is that the new deduced mass of the neutron and the accepted value agrees to a very high degree of accuracy, to 1 part in 10⁷ - not that E=mc² has been experimentally verified to be accurate to 1 part in 10⁷. This is one example from the so-called peer review system.
Chan Rasjid.
Singapore.
I have 20 other papers uploaded to my website.
"The Relativistic Mechanics of E=mc² Fails"; E=mc² is wrong.
"Mass Energy Equivalence (E=mc²) Not Experimentally Verified"
http://www.emc2fails.com
Nature. 2005 Dec 22;438(7071):1096-7.
World Year of Physics: a direct test of E=mc2.
https://www.ncbi.nlm.nih.gov/pubmed/16371997
Abstract:
One of the most striking predictions of Einstein's special theory of relativity is also perhaps the best known formula in all of science: E=mc2. If this equation were found to be even slightly incorrect, the impact would be enormous — given the degree to which special relativity is woven into the theoretical fabric of modern physics and into everyday applications such as global positioning systems. Here we test this mass–energy relationship directly by combining very accurate measurements of atomic-mass difference, Δm, and of γ-ray wavelengths to determine E, the nuclear binding energy, for isotopes of silicon and sulphur. Einstein's relationship is separately confirmed in two tests, which yield a combined result of 1−Δmc2/E=(−1.4±4.4)×10−7, indicating that it holds to a level of at least 0.00004%. To our knowledge, this is the most precise direct test of the famous equation yet described.
Author information:
Hans G. Börner,
Simon Rainville,
Department of Physics, Research Laboratory of Electronics, MIT–Harvard Center for Ultracold Atoms, Massachusetts Institute of Technology, Cambridge, 02139, Massachusetts, USA
Edmund G. Myers,
Department of Chemistry, The Physical and Theoretical Chemistry Laboratory
John M. Brown,
National Institute of Standards and Technology (NIST)
Maynard S. Dewey, Ernest G. Kessler Jr & Richard D. Deslattes
Institut Laue-Langevin, Grenoble, France
Michael Jentschel & Paolo Mutti
wiki:
The year 2005 was named the World Year of Physics, also known as Einstein Year, in recognition of the 100th anniversary of Albert Einstein's "Miracle Year", in which he published four landmark papers, and the subsequent advances in the field of physics.
Many "detractors" here would be delighted that this peer reviewed article from a highly prestigious journal, "Nature", shows that the formula E=mc² was finally proven experimentally to be accurate to a great precision, to about 1 part in 10⁷ - an almost absolute confirmation. Furthermore, the physicists were from the best of institutions.
It is unfortunate that I have to belatedly deflate this "Einstein_year_2005" celebration despite it being sanctioned by the United Nations - truth is unforgiving. In fact, the advancement in true physics has suffered a delay of a hundred years due to Einstein's relativity theory promoted since 1905. I have shown that the so called "a direct test of E=mc2" was a glaring mistake which should not have happened with the supposedly best of minds from the most prestigious of world class institutions of physics.
What the author did in the experimental setup was never an "experimental test of E=mc2". For whatever reasons, the author misrepresented the very experiment which they themselves designed. To put it in a nutshell, the experiment was just another experiment to deduce the mass of the neutron based on the formula E=mc². Currently, all measurements of nuclide masses - including protons and electrons - are done through mass spectrometry (the highly touted Penning trap is one such). But the physicists have a great headache trying to figure out the mass of the neutron as mass spectrometry works only for charged particles and ions. Since the discovery of the neutron by James Chadwick in 1932, the mass of the neutron was deduced experimentally based on assuming E=mc2 to be correct and exact; but E=mc² is just a hypothesis and never experimentally verified.
All along since 1935, physicists have been using an experimentally deduced figure for the mass of neutron - not an experimentally measured figure. From the NIST table, the current recommended value is 1.0086654 amu. This value has been accepted based on experimentally measuring what is known as binding energy from a nuclear interaction involving neutron emission or neutron capture. The standard nuclear reaction has always been that involving the deuteron, the nucleus of heavy hydrogen deuterium. In this 2005 direct test of E=mc2, they used different nuclear interactions involving isotopes of silicon and sulphur - this is the only difference. The experiment was still just a new setup to deduced the mass of the neutron, but from silicon and sulphur instead of the usual deuteron. And the new experiment relied on the assumption E=mc².
However can you "verify" the formula E=mc² with an experiment which need to assume E=mc² to be correct in the first place! Only the Good Lord knows!
What this Nature article shows is that the new deduced mass of the neutron and the accepted value agrees to a very high degree of accuracy, to 1 part in 10⁷ - not that E=mc² has been experimentally verified to be accurate to 1 part in 10⁷. This is one example from the so-called peer review system.
Chan Rasjid.
Singapore.
I have 20 other papers uploaded to my website.
"The Relativistic Mechanics of E=mc² Fails"; E=mc² is wrong.
"Mass Energy Equivalence (E=mc²) Not Experimentally Verified"
http://www.emc2fails.com