Always when physics people explain stuff like nuclear magnetic resonance and it’s cousin electron resonance, it is always explained in terms of alignment of the particle spin with the applied external magnetic field. In my view that is a bizarre explanation because that would cause hardly any acceleration of the nuclei and electrons, so how can that give some measureable em radiation?

Yet in medical applications like MRI there is plenty of em radiation to make an image from. Where does that come from? In my view where particles like electrons and protons carry magnetic charge and as such are all magnetic monopoles, the resonance works because there is actually something resonating… It must look a lot like harmonic resonance or like a mass on a spring if you want. Basically it should not make much of a difference if you use oscillating magnetic fields or an oscillating electric field. Ok, in practice like medical MRI scanning I don’t think you can use electric fields because most atoms and molecules in your body are not ions, that is they are neutral under electric fields oscillating or not.

To my surprise in a video about a so called ‘Breakthrough in quantum computing’ all of a sudden the concept of nuclear electric resonance came along. Ok, it was on the Youtube channel named Seeker, so often it is not carefully thought through, but anyway. it might be Seeker but the concept of nuclear electric resonance should have large similarities with nuclear magnetic resonance if my idea’s upon magnetic charge are correct…

Let us take the time and look at a few screen shots I made from that Seeker video:

At some points in time the video will get highly confusing, after all it is the Seeker channel combined with the insights of that Australian team trying to make quantum computer with qbits made from magnetic spins. Of course that is not going to work because if permanent magnetism is a charge you just cannot make a super position of it. So if I am right, all those kind of quantum computer will never work. Let’s go to the next screen shot:

Of course this fantastic part of the video is inspired by how the university people explain magnetic resonance. If you view the video below, please remark there likely is no arrow of a magnetic dipole anyway.

It has to be remarked however that atomic nuclei can have many protons and neutrons and as such all kinds of magnetic configurations should be possible. Next screen shot:

The guy on the left, I don’t know his name, explains the electron pair as next: These two electrons are in a superposition of spin up and spin down. It is just like man and wife, there are two persons but you do not know if it is the man or the wife. Only when you make a measurement on one of the electrons, you instantly know the spin state of the other electron…

Don’t forget those people from blah blah land have zero experimental evidence for the electron being a magnetic dipole. After having said that, why not go to the next screen shot?

You should not feel much pity for Mr. Bloembergen. After all he got a Nobel prize so he died while still having plenty of money. You are looking only at an old photograph of just one more perfumed prince. Also, Nobel prize or not, it’s just another perfumed human being not understanding it is impossible for the electrons to have two magnetic poles.

After so many screenshots, enjoy the deep thinking as in the next Youtube video:

Before we split I want to link to a few experiments that I posted on the other website on 11 May. One of those experiments is completely undoable, the second requires a lot of work because there a beam of electrons should get split in half in a cyclotron. The third experiment is showing that magnetic domains always have surplusses of either north pole or south pole electrons. That is stuff I cannot do myself in my kitchen, garden or living room. The likelihood that someone else will pick that up in the next 10 years is relatively low, it is a wild guess but at best it will be something like 1% to at most 4 or 5%.
As you see my expectations are not very high. Say for yourself: how likely is it that an article about an experiment that validates the magnetic monopole character of electrons passes the peer review process?
That is not very high… Ok, end of this post; live well and think well.

I am always baffled by those folks explaining this important experiment; why do they not see that the explanation offered is just 100% bs? It could be that in physics there are all kinds of ‘patches’ that explain particular parts of magnetism. Let me write two of those patches down:

Patch 1: Since in the Stern Gerlach experiment a beam of silver atoms was split in two under the application of a magnetic field, the ‘logical explanation’ offered is always that when electrons enter a vertically applied magnetic field, 50% will have spin up and 50% is spin down. If the applied magnetic field is turned 90 degrees, say horizontal, again both beams will split again in 50% left spin and 50% right spin.

Patch 2: Making permanent magnets. A magnetic field is applied to some metal and now all unpaired electrons always align with the applied magnetic field. Sometimes the explanation is a bit more advanced; at first it is explained that in the magnetic domains of say iron all spins are aligned and when making it into a permanent magnets all the magnetic domains align according to the applied (strong) magnetic field.

On their own such ‘explanations’ might sound logical, but if you combine them you get total rubish. It cannot be that one the one hand if you apply a magnetic field 50% of the unpaired electrons anti align and the other 50% align with the magnetic field while on the other hand always 100% of unpaired electrons align nicely when you make a permanent magnet. Such ‘explanations’ or patches of knowledge should enforce each other, but here it gives total bs. Either it is always 50/50 or it is always 100% alignment, why do those professional physics folks never observe that tiny part of physical reality? In my view they cannot go outside the patches, the reasoning always stays local inside that particular patch (explaining the SG experiment versus making permanent magnets).

The 50/50 patch that should explain the Stern Gerlach experiment is always very strange if you just keep an iron nail next to a magnet; wow man it gets attracted! But if 50% of the unpaired electrons in that nail would anti-align and the other half would align, what would explain the attraction? In my view people like that a weird beyond comprehension.

At Fermilab the honorable Don Lincoln often explains all kind of physical things, his style in doing so is often a bit too arrogant in my view. If you want to study physics you must be humble and always operate from the fact you only have a human brain. So being an arrogant overpaid jerk is a quality you must loose; that human stuff will ensure you will never understand physical things because it prevents you to think a bit deeper on it when for example you try to check if you could be wrong…

The video is on more items, not only the SG experiment but also the Einstein-Rosen-Podolski paradox, the creation of an electron-positron pair from a spin 0 particle & more of that stuff. I made two pictures from two screen shots. By all standards it is hilarious because what spin 0 particle are we actually talking about? Of course that is not mentioned, with just a tiny bit of arrogant behavior it is simply stated and you as an onlooker of that video are supposed to bow for the wisdom of Don Lincoln…

Please remark I have no experimental evidence that if electrons are magnetic monopoles, there is conservation of total magnetic charge just like with electric charge. I think it is the case but you also have constantly those physics people explaining that you can flip electron spin with micro waves. But all those patches they try to explain, for example spin flip inside a qbit for quantum computing, can also be the result of electron change. There are always more electrons in the surrounding and if you apply some micro wave radiation it could very well be that you ram out the anti aligning electron that simply gets replaced by an electron of the opposite magnetic charge. After all I have never ever seen an experiment where there is only one electron trapped in isolation and after a short pulse of em radiation it has changed it’s spin.

Ok, let us go on with the hilarious stuff:

Ok, let’s go to the video itself. The Lincoln guy is a bit irritating because of his arrogant attitude, but it is soon funny & hilarious when he props up his 50/50 spin alignment nonsense. For me it is funny because if electrons carry magnetic charge, a more or less conservative estimate as when the professional physics professors will find that out is about 5000 to 5 million years into the future.
Just like the speed math professors understand a bit more upon 3D complex numbers.
Title of the video: Quantum Entanglement: Spooky Action at a Distance.

Ok that was it for this post, think well and work well.
Updated on 18 March 2020: Lately I found a cute video from Veritaisum and the MinutePhysics guy where indeed they use both patches of ‘explanation’ in just one video. The Stern-Gerlach experiment is explained via electrons doing the 50/50 thing while for permanent magnets all electrons align & we can safely conclude these guys are lunatics.

But if you look at other video’s of Veritasium & the MinutePhysics guy, they often look so smart and it all looks like they have more or less healthy brains… These guys are not idiots and that leaves we with a big question I still have: Why do the people of physics never understand that separate patches of human knowledge should enforce each other?
Why do these two guys not see that giving two explanations is highly contradictionary? If you have a permanent magnet in your hands and you approach a piece of iron, if 50% of the electrons align and the other half anti-align, iron would not be magnetic. But Iron is very magnetic as any body knows, so why do weirdo’s like Veritasium & the MinutePhysics guy not see that? Here is that cute video from two idiots not capable of seeing their wisdom is not perfectly optimesed:

Ok, let’s close this post for the second time.

The television physics professor Sean Carroll is very good at explaining electron spin: either the electron spins clockwise or anti clockwise. In the past I often got annoyed by such ‘explanations’ because it shows shallow thinking and a complete rufusal to even try to understand electron spin.

At present day I can only laugh about it: If overpaid people like that want electron spin to be such stupid stuff, may be it is better to say it is your cake so why not eat it? If you leave all those shallow puddles of thinking a more or less normal person would like to know what experiments are there that actually prove or strongly suggest that electrons are indeed magnetic dipoles? If you try to find out about such heroic and historical experiments, it is once more a bit hollow and disappointing: Never ever as far as I know was there a physics experiment trying to actually prove the electron is a magnetic dipole…

So let us do a little thought experiment where the electron spin is ‘Sean Carroll style’ caused by the classical electron spinning around some axis, Here we go:

Suppose a pair of particles is created, say an electron and a positron.
Suppose total spin must be zero, say the electron is spin up and the positron is spin down.
If the electron spins clockwise, the positron should also spin clockwise otherwise total spin ‘Sean Carroll style’ would not be zero. After all the positron has a positive electric charge so it has to spin around some mysterious axis in the same way as the electron otherwise total spin ‘Sean Carroll style’ would not be zero.
But ha ha ha: That would violate the classical law of conservation of angular momentum because both the electron & the positron must rotate around some weird axis in the same way.
Conclusion once more: It is not possible for the electron to be a magnetic dipole. End of the simple thought experiment.

A rather recent video from our deep thinker Sean Carroll was out via the UK Royal Institution, it is not science but it has a high entertainment quality in it. Therefore if you like good but shallow entertainment, go to people like the television physics professor Sean Carroll:

The video from the Royal Society is highly hilarious, Sean is complaining about the fact that most physics professors have stopped to try understand quantum physics. That is funny because of course if you use words like ‘spin’ to describe the magnetic properties of something like an electron, how can you be not confused? And I have the same problem in my little unworthy life: the math professors have given up a long time ago about finding the 3D complex numbers. That must have been about a century ago when they were not capable of understanding it is all about prime numbers and 3 is a different prime number from 2.
I stole a sceen shot from the video, Sean used the grapes as ‘understanding quatum mechancis’ where I use it as ‘3D complex numbers’.

Let me end this post with the same thought experiment as above: the creation of an electron positron pair. Only now it is ‘my style’ and not some stupid ‘turning around some axis style’.

Suppose an electron positron pair is created, total electric charge must be zero. Hence the positron has positive electric charge.
The magnetic charges should also be zero, hence one of the created particles will have a north magnetic charge while the other will have a south magnetic charge.

In my view that is all there is. End of this post.

It is about high time to make a new post around here. I have not done much lately but I have to admit sometimes I can be lazy as hell. At present I am working on the scalar replacement theorem so likely that is the next post on this website. This replacement theorem says that if you want you can replace the real numbers you use in for example the 3D circular or complex numbers by numbers from the complex plane. I only replace it by complex numbers from the complex plane, the more general version of the replacement theorem is much wider but I often dislike math that is ‘too general’.

On the other website I opened page five on magnetics. Page five means this is the fifth year of writing about electrons and why it is highly unlikely they are magnetic dipoles but magnetic monopoles. As such I stumbled upon the Bohr-van Leeuwen theorem, but that was nothing new only that I did not know it had that name. For me this theorem is just the description used for the forces on an electrically charged particle in and electric and magnetic field. And it says that in a constant magnetic field (that means both constant in time and constant in space), the magnetic field does not do any work. That is there is no acceleration or stuff like that, needless to say I disagree with that. Just take a look at the sun, with the Bohr-van Leeuwen theorem in your hand all that stuff that is going on is hard to explain. Why does the solar plasma accelerate along magnetic field lines? Why is the solar atmosphere, the corona, so hot compared to the surface of the sun? If indeed magnetic fields do not do any work, the sun is hard to understand… (Actually if electrons are magnetic monopoles, the sun is also hard to understand.)

I also found a cute video from about 5+ years back, so likely that was the time it started to dawn upon me that it was impossible that electrons are magnetic dipoles. At that time I tried and tried to understand the results of the Stern Gerlach experiment but how hard I tried it only worked when electrons carried magnetic charge. Until now in the last five years I could not disprove myself, I tried and tried but the longer you think about it the more nonsense it becomes that the electrons are dipole from the magnetic point of view. And to put it simple: Why is there no electric dipole particle? But those people, and I mean of course the people from physics, never talk about stuff like that. Anyway, here is the cute video:

From a screen shot from the video combined with the words from a wiki about the Bohr-van Leeuwen theorem I made the next picture:

As a funny side remark, the guy from the video is from Australia and over there in New South Wales or so they try to make quantum computers based on electron spin qbits. And they think electrons can be in a super position of spin up and spin down, that is in their view as why they can be used as qbits on a quantum computer. Until now (five years later) they still have nothing to show for. Of course when electrons carry magnetic charge, it is very hard to place one electron in a super position state of being a north and a south magnetic monopole at the same time.
Just like in a hydrogen atom where there are two particles named electron and proton that both particles are in a super position of positive electric charge and negative charge. No, the proton always has a positive electric charge and the electron a negative one. So good luck with making a quantum computer based on electron spin…
Ok, I have done enough of the writing words and stuff. May be it is high time to split and may the magnetic force be with you. Till updates.

About a year ago I proposed as small contest with the Wendelstein fusion reactor folks from the Max Planck institute in Germany. The proposal was done on Oct 25 last year. Here is a link:

Yes they have done nothing yet so it looks like the contest can go on in the year 2020. A few days back there was a new Youtube video out with Hartmut Zohm where he gives a lecture for a ‘general public’. Since I have seen plenty enough videos like that, for me it was a very boring experience but I decided to suffer hefty for a nobel purpose…
The video is also in the German language, for some this might be a problem. So it is a boring video but since I use it as a ‘source’ let’s post it:

At Hartmut his side, everything was exactly the same as one year ago: All physics is sound understood, this must be it. But this time he also mentions the turbulence, in a professional manner he sweeps that one under the rug by stating:
We don’t even understand turbulence in water, so with plasma it is even a bit more difficult.
I had to laugh hard, Hartmut is a great comedian…

In my view where I think it is more likely electrons carry magnetic charge, the main magnetic field for containing the plasma is the root cause for a ton of turbulence. And that is simply explained by the large acceleration the electrons have while the two different magnetic charges will travel in opposite directions. That should give tons and tons of turbulence. Anyway that is my take on it: It will never work because the electrons get accelerated to relativistic speeds…

At the universities nothing will change. No proof will be given that the electron is a magnetic dipole. (The most retarded explanation I ever observed was: The electron is a magnetic dipole! And how do we know that? Because of the Stern-Gerlach experiment! It goes in two directions and therefore it is a magnetic dipole!)
And also no experimental proof (a better word is evidence) that electrons carry a magnetic charge beside the electric charge.

Let me end this post with a little joke:
The ppp (professional physics professors) always say the electron pair is one spin up and one spin down electron. So they pair up north pole to north pole or south pole against south pole…

Ok, it is not a funny joke, but you can also cry about it if you want to. Anyway I hope that in Oct 2020 I will not forget to update on this very important contest by showing you next year once more nothing has happened…
Till updates my dear reader.

Today was a good day because I scored 80 kg of malt and almost one kg of hops so I can brew for a long time… Upon arriving home there was an envellope on the doormat, is it what I hoped for? Yes it was, a new compass. I bought it two days ago and it costs only 8.50€.

Yesterday I made a permanent magnet and the new compass says it actually is a real bipolar magnet (made from an iron nail). For me that was a nice historical moment because it was the very first time that a human made a permanent magnet that was solely based on the principle that electrons are magnetic monopoles…

Three days ago on the other website I updated the magnetic pages with reason number 77 as why electrons cannot be magnetic dipoles. Here is a link: 04 Sept 2019: Reason 77: More on the Curie temperature of iron. http://kinkytshirts.nl/rootdirectory/just_some_math/monopole_magnetic_stuff04.htm#04Sept2019

The Curie temperature is that temperature where ferro magnetic materials like iron loose their magnetic properties. But what does that mean? That means two things: A permanent magnet gets destroyed, it is no longer a permanent magnet when it becomes too hot. And the second surprising thing is that a piece of hot iron above the Curie temperature is no longer attracted by a permanent magnet. Let me repost two photo’s on this website to make the point clear. In the first photo you see an iron nail attracted by a small stack of neodymium magnets, I heat the nail up with a simple burner and all of a sudden the nail is no longer attraced. That is what you see in the next two photo’s:

Ok, how to make a permanent magnet with only a small stack of neodymium magnets? Very simple: I hanged the nail a bit higher and placed my small stack of neodymium magnets under the nail. About 2 mm of distance between the tip of the nail and the magnets. And you burn the nail until it is hot enough. After that you just let it cool down and voila: you have made yourself a permanent magnet using only idea’s derived from electrons being magnetic monopoles.

Ok, that was it for this post. See you in the next post.

Update from 13 Sept: My nail magnet is so weak you cannot lift other nails with it. It works fine because a compass reacts to it but it is not very strong. On the other side of the spectrum I found a cute video today where they claim to have achieved a magnetic field strength of 20 Tesla…

The video is from Tokamak Energy, that is one of those startup companies that try to craft workable fusion reactors for commercial electricity production. Like explained before: if indeed electrons are magnetic monopoles and because they react much stronger to the applied magnetic field compared to the plasma protons, this will cause a ton of turbulence. And stronger magnets do not solve that problem; on the contrary the turbulence will appear much sooner in a stronger magnetic field.

You may hope that the university people finally pop up some kind of proof that electrons are indeed magnetic dipoles. But it is now Sept 2019, the start of a new academic year. And to be honest I don’t expect such a proof this year. So in the meantime while the climate is changing, lot’s of people dream about nuclear fusion as an energy source and the university people will do nothing day in day out this new academic year.

From a video from 5 June this year where Tokamak Energy promotes itself by pointing at the climate change I made this small screen shot:

Here is the video I found today: if only electrons were not magnetic monopoles it would be a great find. Ok, end of this update.

A lovely video was found where a guy from the Nottingham university is showing his workplace around. And they have that heavy equipment for making permanent magnets in just one blast. In the first five years of looking at magnetism I only told you about that slow process of heating up the material till above the Curie temperature, applying an external magnetic field, cool everything down slowly and voila: there are your permanent magnets!
But you can do it in one blast too, all you need is a very strong applied magnetic field. For me that is nothing new because my father worked at the local electricity plant and decades back they too had the equipment to make a permanent magnet in one short blast. At an electricity plant they have plenty of electricity anyway so why waste that?
(My father worked at the electric meter department and in those times they used permanent magnets in the electricity meters you had in your home or your business.)

Anyway, if my version of electron spin is true and electrons are not magnetic dipoles but come in two varieties carrying magnetic charge, in that case the ‘permanent’ in a permanent magnet arises from the fact that the unpaired electrons are shielded in the inner atomic orbitals. That is what makes them permanent… All that blah blah of electron spins aligning themselves to the applied magnetic field is pure nonsense, that blah blah does not explain why the magnetism is permanent.
Of course professional physics professors will always point to the tiny detail that if you think you understand quantum mechancis, you don’t understand quantum mechanics…
Now I too have a lot of things that I do not understand in quantum mechancis, but I think the electron being a magnetic dipole is 100% bullshit. They carry magnetic charge because that makes more sense and is a far more simple explanation of what we observe…

After having said that, if a permanent magnet always has it’s unpaired electrons that give rise to the emergent magnetism always in it’s inner orbitals, in that case if you blast them with a giant external magnetic field they should always heat up. They heat up because the unpaired electrons feels a relatively giant force from the applied magnetic field and as such are ripped out of those inner orbitals. And all ripped out electrons are replaced by electrons of the opposite magnetic charge…
It’s as simple as it is.

Here is the video it is only 15 minutes long:

Ok, let me end this post with a picture made from two screen shots from the video. In the top screen shot you see at the left those strips of metal. Wow man, those strips of metal are the wires that transport the 10 to 20 thousand Ampere blast.
In the lower screen shot you see the blue machine where the magic seems to happen.

Ok that was it. If you make permanent magnets and they are not heated at the end, I am wrong about my electron idea’s… Only a professional physics professor will lamentate that applying a short energy burst of only 20 thousand amps will likely heat up everything.

End of this post.

To be precise: I am talking about all nuclear fusion reactor designs that use magnetic confinement for the fusion plasma. So these are the standard tokamak reactors that are build in a lot of places but also the stellarator fusion reactor from the Max Planck institute in Germany. Some years ago it came to my attention that the USA based company Lockheed Martin was also going into the fusion reactor thing and they were bragging about new technology and making mobile 100 Mega Watt nuclear fusion reactors. But their talk was a little bit strange, it was some CEO kind of guy that explained how their new technology would outbeat the tokamak design because with the new much stronger magnetic fields they could make, the magnetic field would be much stronger at the place of the fusion vessel wall. According to the Lockheed Martin CEO type of guy, plasma was diamagnetic and as such would stay away from the fusion reactor wall. Needless to say I had to laugh because in my view on physical reality electrons carry magnetic charge and will always make fusion plasma instable. In fusion reactions the protons (or the isotopes of hydrogen to be precise) need to fuse and that cannot be done if electrons constantly get accelerated to relativistic high speeds.

A few years back a lot of folks were bragging that by the year 2019 Lockheed Martin would have those mobile nuclear fusion reactors on large trailors, something like 100 Mega Watt per mobile unit. If they would have pulled that off, Lockheed Martin might be the first company to achieve a market capitalization of 10 trillion US$. That would be gigaenormous because after all 10 trillion = 10 thousand billion…

It was supposed to look like this:

As you see, the 2013 pipe dream is still not at the scene now in 2019. Why not? Well if plasma theorists keep on using the electron as a magnetic dipole, all of the advanced models they have for plasma behaviour will never depict an accurate picture of physical reality.

If in practice electrons come in two varieties, monopole north and south ones, in all of those fusion reactor designs they will move in opposite directions. It is more or less ‘along the magnetic field lines’ because all acceleration caused by the magnetic field makes the electrons accelerate in that direction. And this acceleration in two directions that will grow in a turbulent fashion and make the fusion plasma uncontrolable.

In this regard, I mean how turbulence arises, the density of the plasma is an important factor. In a low density plasma the electrons will have plenty of acceleration before they interact with other plasma particles. The denser the plasma is the shorter the length of those interaction free paths, that is obvious. In all present day plasma models, there is nothing that makes electrons accelerate along the magnetic field lines. That means all those models are wrong.

Before we go on with wrong mathematical models of plasma behaviour, sometimes the news upon nuclear fusion can be very funny. I just made an intenet search upon ‘Lockheed Martin nuclear fusion’ and I stumbled upon the next hilarious title from Yahoo finance:

Lockheed Martin doubles down on cold fusion.

Link: https://finance.yahoo.com/news/lockheed-martin-doubles-down-cold-120300203.html

As you see in this world there is just never a shortage of idiots; at Lockheed Martin they do not understand why the fusion plasma gets so instable but compared to the total idiots of Yahoo finance the Lockheed people look like pure Einsteinian human material… How stupid and 100% uninformed you must be to think that Lockheed is chasing cold fusion reactors…

Ok, a bit more on those math models they use to simulate plasma behaviour. It was in 2016 I came across that weird news from MIT, they simulated very large scale with lots of computer time how plasma should behave. There was actually an electron going round the entire plama vessel. Now my dear reader I was dumbfounded, if the electron is a magnetic dipole, how could it go round?

In my world where plasma electrons carry magnetic charge, the only thing the electrons want to do is going round and round… I never found how the model works that was used by the MIT smart asses, but here is a short video of the ‘result’ of the MIT plasma simulation:

In the video description there is a link where it even get more hilarious. Let me quote it:

A long-standing discrepancy between predictions and observed results in test reactors has been called “the great unsolved problem” in understanding the turbulence that leads to a loss of heat in fusion reactors. Solving this discrepancy is critical for predicting the performance of new fusion reactors such as the huge international collaborative project called ITER, under construction in France.

Comment: Don’t worry, ITER will never work if electrons carry magnetic charge. Plus the famous standard model says electrons are magnetic dipoles, so why worry that ITER will fail & fall flat on it’s stupid face?
Link where you can find the quote:

New finding may explain heat loss in fusion reactors
http://news.mit.edu/2016/heat-loss-fusion-reactors-0121

Come on, don’t worry & be happy.