Let us summarize some points as below :
1- The optical properties of free space changes at very high light intensities ( values of the electric field 10^6 V/m, comparable to interatomic electric fields, typically 100 V/m) using the intense pulsed lasers. Above the Schwinger limit, the refraction index of VACCUM may alter according to n-eff = n1+n2* I ,where n1 and n2 denote to be linear and nonlinear refraction index and I is the incident laser beam intensity. This indicates that free space responds to the high values of electric field differently. Therfore, the free space should be made up of something: formerly Aether, then Einstein curvature, today Tissue and String.
2- According to string length,diameter and density given above:
L= 7.38359787075 x10 -14 meters
Wavelength-natural of string =2L/q , q is an integer
Wavelength - fundamental (at q=1) : Lambda = 2 * 7.38359787075 x10 -14 meters= 14.766*10 -14 m =1.4766*10 -13 m= 1.4766*10 -3 A, then
Equivalent photon energy = E(eV)=h* f or E(eV)=12400 /lambda(A)
Where A is Angetrum.
E(eV)= 12400/ 1.4766*10 -3 = eV= 8.397 MeV
Then, the strings may be excited with ~ 8.4 MeV photons if photon-string interaction leads to string resonance. The photon energy should exactly match the natural frquency of the strings.
3- There is no criteria to determine the limit of light propagation through free space. Based on item (1), it can not sustain infinitely higher laser energy and power. This criteria may be derived from string formalisms.
4 - I may propose two ways for space disruption by means of laser: (i) very intense laser beam at focal point in vacuum. (ii) low intense beam at string resonance frequency equivalent to ~ 8.4 MeV photon energy.
5- If this theory is right then disruption takes place in nano or micron size based on multi photon excitation of strings. The nature of feedback may repair the disruption. However, before repairing, to my knowledge part of particles (photons) may disappear into so- called parallel universe.
6- Jorge suggests to employ a Q-sw laser to forward the slow neutrons to another parallel universe inducing them to decay into proton and electrons where we can detect the electron flux accordingly.
7- I define "Tissue" as the geometrical interface of any object with free space ( vaccum ). A focused beam at a spot volume defines that interface which may be broken due to the collective effects of the photon-photon interaction, the resonance of Tissue ( strings as its building blocks) and the nonlinear optics.
Finally, the success of the experiments above may validate the string theory.
Space-time splitting requires very high energy. What peak power of laser can tear apart the space-time ?
A science fiction today may come true in future:
"Assume an extremely high power gamma laser, with MeV photon energy ?! "
Far from the science fictions, looking at the perspective of current high power lasers:
Soft x-ray laser with tens of eV photon energy and hard x-ray lasers with KeV photon energy may be generated based on free electron laser ( FEL) concept. To my knowledge invention of a gamma laser( with MeV photon energies) would be a breakthrough for human kind.
Very efficient high energy directed tools may be created. However, I am not sure even the forthcoming advanced FELs can fulfill such prophecy. In fact, because of a couple of reasons: (i) The photons should be originated from nucleus not from atoms, and (ii) The free electrons need to be extremely relativistic while there is the lack of suitable wiggler periodic magnets to operate at pm wavelengths.
Jorge Barcelos:"The string has a length of stretched 7.38359787075 x10 -14 meters
and a diameter of " 2.06474531657 x10 -43 m
at a density of x 1.58315370265 *10 39 kg / m
These are the basic data string that builds the universe .
This object is possible to derive all the laws of physics. and show why each energy has the value it has and each particular mass we know .
This object protrudes into our universe as a constant magnetic permeability and electrical permittivity of space . Obvious that the projection and outcome of dynamic interactions of " string " , and its forms of vibration."
According to the valuable data of string length given by Jorge Barcelos, I the estimate the fundamental resonance wavelength (Lambda=2L/q) that should be roughly ~ 14.6*10 -14 m or ~ 1.4 *10 -3 A. Then, the equivalent photon energy for string excitation is ( E eV= 12400/ lambda A), or ~ 8.85 MeV. That is a gamma photon energy.
Result: If we activate the strings with the coherent gamma laser beam then even each photon may induce resonance of each string. However, in order to achieve a collective effect ,a high energy gamma laser is needed. It is not available with the present technology yet. You may visit my another question posted in RG around the likelihood of implementing gamma laser.
Furthermore, Note that to my knowledge , in order to disrupt the space by laser not only high energy laser is essential but also the laser wavelength should be at MeV range. This is a gamma laser and may be an instrument of future ?!
Let us summarize some points as below :
1- The optical properties of free space changes at very high light intensities ( values of the electric field 10^6 V/m, comparable to interatomic electric fields, typically 100 V/m) using the intense pulsed lasers. Above the Schwinger limit, the refraction index of VACCUM may alter according to n-eff = n1+n2* I ,where n1 and n2 denote to be linear and nonlinear refraction index and I is the incident laser beam intensity. This indicates that free space responds to the high values of electric field differently. Therfore, the free space should be made up of something: formerly Aether, then Einstein curvature, today Tissue and String.
2- According to string length,diameter and density given above:
L= 7.38359787075 x10 -14 meters
Wavelength-natural of string =2L/q , q is an integer
Wavelength - fundamental (at q=1) : Lambda = 2 * 7.38359787075 x10 -14 meters= 14.766*10 -14 m =1.4766*10 -13 m= 1.4766*10 -3 A, then
Equivalent photon energy = E(eV)=h* f or E(eV)=12400 /lambda(A)
Where A is Angetrum.
E(eV)= 12400/ 1.4766*10 -3 = eV= 8.397 MeV
Then, the strings may be excited with ~ 8.4 MeV photons if photon-string interaction leads to string resonance. The photon energy should exactly match the natural frquency of the strings.
3- There is no criteria to determine the limit of light propagation through free space. Based on item (1), it can not sustain infinitely higher laser energy and power. This criteria may be derived from string formalisms.
4 - I may propose two ways for space disruption by means of laser: (i) very intense laser beam at focal point in vacuum. (ii) low intense beam at string resonance frequency equivalent to ~ 8.4 MeV photon energy.
5- If this theory is right then disruption takes place in nano or micron size based on multi photon excitation of strings. The nature of feedback may repair the disruption. However, before repairing, to my knowledge part of particles (photons) may disappear into so- called parallel universe.
6- Jorge suggests to employ a Q-sw laser to forward the slow neutrons to another parallel universe inducing them to decay into proton and electrons where we can detect the electron flux accordingly.
7- I define "Tissue" as the geometrical interface of any object with free space ( vaccum ). A focused beam at a spot volume defines that interface which may be broken due to the collective effects of the photon-photon interaction, the resonance of Tissue ( strings as its building blocks) and the nonlinear optics.
Finally, the success of the experiments above may validate the string theory.
Dear Parviz.
You send the string equations resulting from the model, which allows to calculate the equation of emission wavelenghts of black bodies, without using the usual physical constants. but only referenced the projection of strings in our universe.
What are the parameters of the quantum vacuum, magnetic permeability and electrical permittivity of space.
This equation is very interesting and the result could not be right without the correct model strings!
Dear Jorge
It may be in accordance of Shwinger limit of vacuum space.
(as upper limit for optical nonlinearity).
This idea arises from optical nonlinear proprties of vaccum and free space and the fact that free space may be phtodisrupted. the concept of increasing entropy density may support the disruption too, For intance, I suggest to view the Nonlinear Optics -Boyd.
www.sciencedirect.com/science/book/9780123694706
there is an intrinsic non-linearity to the electromagnetic vacuum
that leads to a field-dependent dielectric tensor:
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