You mean the fraudulent book that supposedly detailed the structure of the atomic universe by using clairvoyance?Let's put your word to the test.
Given that the gaps in the periodic table represented by these anticipated un-
stable elements were known to Besant & Leadbeater, how can we be sure that
their descriptions were based upon real objects and were not fabricated ac-
cording to their expectations? Knowing which groups of the periodic table
these undiscovered elements belong to could have enabled them to deduce
what shape their atoms ought to have, having decided upon a rule to link atom-
ic shapes to groups. But the values of the atomic weights of these elements
were unknown to science at the time when Besant and Leadbeater published
observations of them and yet the "number weights" (defined shortly) that they
calculated for these elements agree with their chemical atomic weights to
within one unit. It is highly implausible that this measure of agreement could
have come about by chance in every case. Furthermore, analysis (Phillips,
1994) of the particles reported to have been observed in the supposed atoms of
these elements undiscovered by science at the time reveals such a high degree
of agreement with the theory presented in this paper to explain micro-psi ob-
servations of atoms that neither deliberate fabrication nor hallucinations influ-
enced by knowledge of the gaps in the periodic table are realistic explanations
of these elements being examined before their scientific discovery. These two
considerations strongly suggest that the descriptions by Besant and Leadbeat-
er of the supposed atoms of these elements must have been based upon physi-
cal objects, for there is simply no more plausible alternative that can explain
such a measure of agreement.
Each and every element and isotope correctly described (in 1908) DECADES before they were even discovered: promethium (1945), astatine (1940), francium (1939), protactinium (1921), technetium (1937), deuterium, neon-22 nuclide (1913).
A clear description of strings, bosons, quarks, subquarks, positrons, DECADES before these concepts even came into existence.
"The processional motion (wobble) of hydrogen triangles was described in 1924 (The Theosophist, vol. 45) during a study of the hydroxyl group (atoms of hydrogen and oxygen bonded together) in the water molecule: It was said: "Each triangle rotates flat, and whilst rotating. sways a little up and down, as the lid of a pot rotates before it finally settles down" (Occult Chemistry, 3rd ed., p. 206). This is a description of Larmor precession, for the hydrogen triangles are protons endowed with a spin and a magnetic dipole moment (i.e., they are like a bar magnet, which aligns itself to a magnetic field). The remarkable significance of this is that Besant & Leadbeater described the spin precession of a proton in a magnetic field a year before George Uhlenbeck and Samuel Goudsmit introduced the concept of 'electron spin,' which posits an intrinsic rotational angular momentum for this particle. The observation was made therefore before the proton was realised to possess a spin as well! Neither Besant & Leadbeater nor physicists could have known in 1924 that some electrically charged subatomic particles have an intrinsic spin that endows them with an intrinsic magnetic moment, causing them to wobble in a magnetic field. Here is clear and undeniable evidence of the objective nature of their micro-psi visions.
It was described earlier how the MPA of a second species of the inert gas neon with a number weight of 22.33 was described in 1908 by Besant & Leadbeater, about four years before the experimental physicist Francis Aston separated the neon-20 and neon-22 isotopes with his new mass spectrograph, although at the time he thought wrongly that he had discovered a new element. Aston, of course, got the scientific credit, winning the Nobel Prize in Chemistry in 1922. But, despite their error in assuming that they had paranormally observed atoms, Besant & Leadbeater were the first people to discover that neon had two forms, even publishing a number weight of 22.33 that was appropriate for the Ne-22 isotope."Where is your evidence that those 4 scientists ever read that piece of trash of pseudoscience?https://phys.org/news/2011-07-unseen.html"The image on the left, above, provided by the RIKEN scientific research institute in Japan depicts the six quarks making up the H dibaryon. The three coloured spheres denote the three colour states of a quark, labelled red, green & blue.
The image on the right can be interpreted as the deuteron (the nucleus of the stable isotope of hydrogen), created prior to observation by the micro-psi selection of a hydrogen molecule, which resulted in its two protons fusing together to form a deuteron after one of them changed into a neutron."
Using Jülich's accelerator COSY, German researchers confirmed in 2011 the possibility of dibaryons by discovering strong evidence for the existence of a short-lived resonance composed of six quarks.
https://www.sciencedaily.com/releases/2014/06/140606102043.htmhttp://www.smphillips.mysite.com/deuterium.html"The description of Adyarium was published in 1932, which was the year when James Chadwick discovered the neutron and Heisenburg proposed that it is present in atomic nuclei. It would be another 32 years before physicists Murray Gell-Mann and George Zweig proposed the theory of quarks. The fact that Besant & Leadbeater reported Adyarium to break up into six positive triplets and six negative triplets, i.e., six up quarks and six d quarks — precisely what the quark model predicts for the composition of the two protons and two neutrons in two deuterons — is incontrovertible evidence that quarks were remote-viewed."
Results for so-called "lattice QCD" calculations of the energy density of the flux tubes connecting three quarks were discussed in 2003 at the International Conference on Color Confinement and Hadrons in Quantum Chromodynamics. They are shown below. The Y-shaped profile of the colour-coded density contours of the flux lines with quarks at their ends is strikingly similar to a diagram of a hydrogen triplet that appears in the 1908 edition of Occult Chemistry, in which Y-shaped lines of force "of a magnetic nature" terminate on UPAs.
http://www.smphillips.mysite.com/occult-chemistry-07.html"One of the central and crucial observations made by Besant and Leadbeater was that a hydrogen atom was composed of 18 subatomic particles which they christened as ‘Ultimate physical atoms’ or UPAs. Likewise they reported that the atoms of other elements also comprised of identical types of UPAs whose numbers increased in multiples of 18. Note that much of all this was done well before Rutherfords discovery of the atomic nucleus in 1911, in other words before the dawn of the ‘nuclear era’!. In the early 20s came the highly successful Bohr-Schrodinger model of the atom, according to which a hydrogen atom comprised of a single proton around which orbited a single electron.
During the mid 70's, a theoretical physicist from Cambridge University in England, by the name of Stephen Phillips who was carrying out PH.D. studies in 'particle physics' at the University of California in Los Angeles (UCLA), came across a copy of a book titled the 'Physics of the secret doctrine' by Kingsland wherein there was a diagram of the hydrogen atom as seen and recorded by Besant and Leadbeater. Physicists will recall that in 1963 a breakthrough in understanding elementary particles and nuclear structure came about through the postulation of a class of subnuclear particles called 'Quarks' independently by Gell‑Mann and Zweig. When Phillips saw Besant's diagram of the hydrogen atom he was astounded beyond belief as he realized that these clairvoyants had given out the 'quark' and indeed the 'subquark' structure of the nucleus as early as in 1895!
Phillips was so fascinated and overwhelmed by the exhaustive studies of Besant and Leadbeater, that he immediately embarked on a detailed analysis and interpretation of their findings, culminating in the publication of his 250 page book titled 'Extra sensory perception of quarks' in 1980.
Early on during their 'micro‑psi' investigations, Besant and Leadbeater observed that different specimens of the same element were composed of identical microscopic objects which they christened as 'Micro Psi Atoms' or MPAs. They presumed that MPAs were atoms of the particular element under study, in their normal state, undisturbed by the act of random selection and psychokinetic (PK) perturbation.
The MPAs of elements as they appeared to them during 'micro psi visualization' comprised of symmetrically arranged groups of particles or 'points of light’ bound together in such rapid complex orbital motion that they presented initially only a blurred unfocussed image. But with practice and using a'special form of will‑power' they could slow down their motion sufficiently enough to observe the details. Throughout the investigations Leadbeater specialized in the study of the geometrical arrangement of the constituents of the MPAs and in identifying and counting their number whilst Annie Besant examined the configuration of the 'lines of force' linking and holding together groups of particles. These investigators could tune the magnifying power of their micro‑psi vision over a wide range and thereby resolve the images of particles into clusters of 'points of light', each of which were discerned to be discrete three dimensional objects. As the structure and configuration of each of these ultimate objects were identical, independent of the element under study, they surmised that these were the fundamental building blocks of all matter, and called them as 'Ultimate Physical Atoms’ or UPAs.
At this point it is worth clearly distinguishing between MPAs and UPAs. Besant and Leadbeater presumably identified MPAs with 'What physicists now refer to as the 'nucleus' of the atom, although in 1895 when they first commenced their investigations Rutherford had not yet discovered the atomic nucleus. There were as many MPAs as there are elements. UPAs on the other hand are the sub nuclear particles of which all nuclear matter is made of. As observed by Besant and Leadbeater there is essentially only one type of UPA, but this occurs either as a 'male' (or positive) version or a 'female' (or negative) version, which are mirror images of each other.
The clairvoyant investigators found that the MPAs of different elements had different shapes. Interestingly, barring a few exceptions, the shape of an MPA was correlated with the position of the element in the 'periodic table' of elements. (The reader may refer to any elementary text book on atomic physics or physical chemistry to know more about the Periodic Table of Elements if they wish). Thus the MPAs of all elements belonging to a particular group of the periodic table and consequently possessing similar chemical properties have similar shapes. The seven shapes into which the MPAs were categorised are titled by them as: 'spike', 'dumb‑bell', 'tetrahedron', 'cube', 'octahedron', 'bar' and 'star'. The geometrical symmetry of the MPAs simplified Leadbeater's task of counting the number of UPAs in an MPA, considering that the heavier elements had several thousands of UPAs in their MPAs. By 1907 when the first edition of 'Occult chemistry' was published Besant and Leadbeater had examined nearly 60 elements and altogether by the end of their monumental research work spanning 38 years they had recorded for posterity the details of 111 MPAs.
As already mentioned Besant and Leadbeater counted 18 UPA particles in the Micro Physical Atoms (MPA) of Hydrogen gas. A striking feature of their observations was that the number of UPAs increased approximately in multiples of 18 as the atomic weight of the element increased. By the turn of the last century science had progressed sufficiently enough that the atomic weights of most of the elements of the periodic table had been determined on a scale normalized to unity for hydrogen. When Besant and Leadbeater found that for several elements the number of UPAs in an MPA was an integral multiple of 18, they divided the number of UPAs counted by them by 18 to obtain an estimate of the 'atomic weight' of the elements. The 1919 edition of 'Occult chemistry' compares the micro‑psi atomic weight so obtained (specified to the second decimal place!) with the scientific atomic weight, and points out the remarkable agreement between the two.
Besant and Leadbeater began studying the atoms of elements systematically in increasing order of atomic weight starting from Hydrogen. When they reached neon (element no. 10) they were rather puzzled to observe that there were two varieties of neon MPAs having slightly different number of UPAs each, namely 360 and 402. They called these as Neon and 'Meta‑Neon' and recorded their micro‑psi atomic weights as 20.00 and 22.33 by dividing the number of UPAs in the MPA by 18. Similar behaviour was noted in the MPAs of Argon, Krypton, Xenon and even Platinum.
The scientifically minded readers may have guessed by now that Besant and Leadbeater had essentially stumbled upon the phenomenon referred to by atomic science as 'isotopes', five years before Aston's discovery of the same in 1912 using his newly invented instrument known as mass spectrograph!
From the observed shapes of the MPAs and deduced micro‑psi atomic weights, these investigators were able to place the element under study properly in the periodic table of elements. In most cases, when the identity of the element was known to them already, the above method confirmed that their observations were accurate. In a few cases however the elements they investigated were not listed in the periodic table and in fact there were unfilled gaps in the table in the relevant locations. Thus these clairvoyant researchers accidentally discovered five elements which were unknown to science at the time of their work. These elements which have since been identified by science are: Promethium ('Illenium'), Astatine ('element no 85'), Francium ('element no 87), Protoactinium ('element no 91') and Technetium ('Masuroium'). The names in brackets are the names assigned by Besant and Leadbeater in their original publication. It is thus obvious that these clairvoyants were surprisingly accurate in their estimates of atomic weights and the proper Placement of the elements studied, in the periodic chart."
Occultium = Tritium