VERBOTEN Dynamics
VERBOTEN Dynamics Corporation — The US Department of Defense military contractor, State of Nevada, USA.
6 obserwujących
60 notek
17k odsłon
241 odsłon

Moja DRUGA nagroda Nobla z fizyki kwantowej.

Moja DRUGA nagroda Nobla z fizyki kwantowej.
Moja DRUGA nagroda Nobla z fizyki kwantowej.
Wykop Skomentuj3

image

Kochani  Moi, 

Wlasnie odnioslem pelny sukces,  po raz drugi. 

  

Pierwsza Nagrode Nobla z Fizyki powinienem otrzymac za odkrycie mechanizmu generowania grawitacji kwantowej: 

  1. https://www.gsjournal.net/Science-Journals/Research%20Papers-Gravity/Download/7568
  2. https://www.salon24.pl/u/ziggy/986362,wprowadzenie-do-antygrawitacji-kwantowej


Natomiast druga Nagrode Nobla z Fizyki powinienem otrzymac za odkrycie wewnetrznej struktury fotonu i elektronu, co w rezultacie pozwolilo mi rowniez na rozwiazanie paradoksu kwantowego dualizmu korpuskularno-falowego.   

Moje odkrycie wewnetrznej struktury fotonu i elektronu dokladnie wyjasnia od czego zalezy to, ze elektron ma mase, a foton jej nie ma. 


Niewykluczone, ze moja druga Nagroda Nobla bede musial podzielic sie z Dr. Kenem Wheelerem z Kaliforni. To jednak pozostaje jeszcze do rozstrzygniecia.

Tak czy siak, nie mam nic przeciwko temu, gdyz moje odkrycie opieralo sie na jego wczesniejszych badaniach, bez ktorych sam bym sobie nie poradzil, ale Dr. Wheeler mimo wszystko sam nie wpadlby na moje odkrycie, poniewaz jak sam otwarcie przyznal, w jego opinii bylo to niemozliwe. 

               

‐‐‐‐‐‐‐ Original Message ‐‐‐‐‐‐‐

On Thursday, October 17, 2019 11:48 PM, Zbigniew Modrzejewski  wrote : 


Dear Dr. Ken Wheeler,  and friends from Wydział Fizyki Uniwersytetu Warszawskiego ( FUW ), 

We've got the photon right, and now we nailed the ELECTRON,  too !!!

     

After I had written to you  (my message included below),

I went for a short walk, and using the photon model,

I applied it to electron, only to immediately realize

how electron has mass, and photon does not.   Simple!  

   

The internal structure of photon has no plane of inertia, 

and electron's structure does.   

   

As opposed to photon's structure, electron's structure is akin 

to that of a galaxy,  its "inertial mass" being its plane of inertia. 

            

Dear Dr. Wheeler,  I am going to write a paper about it, 

and from the bottom of my heart I do invite you to be co-author.  

   

In case you don't care, I will definitely attribute my findings 

as based on your long-term research summarized in your book.  

   

Now, it has become completely obvious to me that the particle-wave duality 

is a pseudo-duality.  Macroscopic phenomenon of light has the nature

of electromagnetic waves. When we zoom in, light starts acting

like a "particle". Now, we zoom in again on the photon particle 

and it starts looking exactly as per your principle,  i.e.  a combination

of  "elementary" toroidal magnetic field coupled with "elementary"

hyperboloid electric field. 


So,  zooming in,  first, light is an electromagnetic wave,

than it becomes a "particle", but ultimately this pseudo-"particle"

reveals itself to be nothing else than a coupling of

the two "elementary" fields,  like in the progressing scales in a fractal.                                    


image

ABOVE :   For an optical vortex in the shape of the trefoil-(2,3) knot 

we plot the field lines of the electric field in the transverse plane, 

about the vortex point corresponding to ϑ = π 2 , which is placed 

at the origin of our coordinate system. In the background a density plot 

shows that the z-component of the field (pointing out of the page) 

is effectively zero when comparing with the x,y contributions (not shown here).

https://openaccess.leidenuniv.nl/bitstream/handle/1887/50826/A.P.Thesis.pdf


                         

‐‐‐‐‐‐‐ Original Message ‐‐‐‐‐‐‐

On Thursday, October 17, 2019 7:37 PM, Zbigniew Modrzejewski  wrote : 


Dear Dr. Ken Wheeler, 

Hello,  and warm greetings.

What I took away from some of your lectures  

was your idea of a toroidal magnetic field coupled with 

an electric field hyperboloid. I remember you drawing it for a galaxy. 

      

I have spent some time trying to visualize it better as a combination 

of two toruses (tori) and two hyperboloids, fully mutually immersed

and crossed at 90'.   It makes for a tight fit,  almost a sphere. 

          

Dear Dr. Wheeler, can you imagine that a team of physicists

was able to obtain an experimental image of a single photon, 

and it just happens that this single photon looks EXACTLY

as per your general principle :  

image 

Surprise,  surprise!

So this is how an elementary quantum particle looks like.   :-)) 

As above (galaxy),   so below (photon).     Fractal-like nature.

image

image

   

  " Quantum dots absorb the probe light and emit a second 

light pulse in response, which is picked up by a detector 

and routed to a display. The resulting patterns are remarkably 

like those visualized in Chladni's original acoustic experiment, 

even though the new device is driven entirely by light. "  

                        

Dear Dr. Wheeler, if you are interested,  I have produced

a hypothesis concerning gravity,  and anti-gravity, 

resulting from a proper combination of :

  1. electric dipole moment,
  2. magnetic moment,  and 
  3. angular momentum.  


Electric dipole moment vector's direction is the factor

which decides either attractive, or repulsive gravity.

                  

I wrote a short, simple, and clear paper. It is a quick and easy read : 

         

Because I have realized that the principle I have discovered is scale-invariant,

akin to being a fractal-like, I was able to design several simple and cheap

table-top experiments. So far, I have been able to perform only one of them,

but received strong and conclusive results, a proof-of-concept verification. 

               

Anti-gravity space propulsion would be nothing out of the ordinary. 

                           

Although it is not included in my paper, I have also discovered

how anti-gravity is naturally present in our Solar system,

contributing to its amazing long-term dynamic stability, 

and even how to detect its natural presence in a cheap and simple

table-top experiment, under some simple specific physical conditions : 


The reason that I would like to respectfully ask you to read my paper 

is that you might find it surprisingly compatible with your ideas. 

I am sure you could easily suggest improvements to it, 

which I would greatly appreciate.   

                     

Looking forward to hear from you.  

          

With respect and much gratitude,  I am 

Sincerely Yours, 

Ziggy    

image

Wykop Skomentuj3
Ciekawi nas Twoje zdanie! Napisz notkę Zgłoś nadużycie

Więcej na ten temat

Salon24 news

Co o tym sądzisz?

Inne tematy w dziale Technologie