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Software-hardware interfacing is vital to experimental physics, and is often used to automate data collection and analysis. However, while technologies like Virtual Instrument Software Architecture (VISA) exist, modularity is still not common in homemade software for research. Code written by researchers, despite using the same equipment, often does not get preserved, and generally does not align with the Object-Oriented Programming (OOP) paradigm. Here, we present "nanosquared", a Python interfacing package that is highly modular and extensively tested for laser M2 measurements. Such modularity aims to increase code re-usability/longevity and lower barriers-of-entry for software development., YoungRSE Award

This Volume is a continuation of the first volume of the 8T.TheGrand Unified Theory of Physics.V2.6Inserts: (Pages 233-234) Certainties Elimination - Breakthrough pg-234.Similar tothe first volume, the second volume is written by the solely by Manor Ohad. The second volume contains three parts. Firstpart - Reflections on the open questions of the 8T. Second Part - Reflections on Quantumphenomena using Number theory.Thirdpart - Reflections on the 8T framework and the Beauty of the finallaws of Nature. The authorincluded a collection ofadditional proofs to the most famous problem in number theory. The counting begins with the second proof as the first already presented in the first volume, Page 96-99 in "Classics". The Purpose of This volume is to Eliminate Certainties.&nbsp

The Following is a Research Thesis by the author of the 8T. The new Infinitytheory aims to present the subject of Infinities as analyzedfrom a sync of set theory and the author forte, Calculus of Variations/Lagrangians. Insert V1.1 - Decays of Infinities - Page 73. The file include three parts, first the Variational approach on Infinities, the second part -classification of Infinitiesand the third andlast part is the Nature of Infinites. Not all theorems are .proven, this will be presented at later versions. The Theory contains four main equations, whichare (1),(1.2) and equation(2) The Thesis is written in a form of self refection, allowing the reader to experience how the ideas varied over time.&nbsp

Presenting the effective form of the Lagrangian of the 8T by deeming spin one Bosons as ignorable variables inside Fermion clusters.&nbsp

The author expends on several ideas, in particular the Einstein relation of Energy and momenta using the setting of a variational manifold.&nbsp

The Author uses the primorial coupling constants series to present two distinct forms of Gravity which were not presented in the 8T thesis, up to early October. those form indicate that Gravitons can rise in an higher chance in heavier element with large number of Leptons.&nbsp

Using the Primorial coupling constants series to prove the existence of anti-matter.&nbsp

By using the recent theoretical development of the Nature of Bosons it is possible to settle the issue of particle wave duality using the Primorial and the new Variation of the Laplace operator. The 8T allows to unify Riemannian surfaces with the insights of Quantum Mechanics.

The author analyzes the idea of Fermionic superposition by the operation of addition, of two distinct arbitrary variations sets on the manifold summed to be an even number which also vanishes into matter. Than the author represent the idea in the context of Universe duals constructing the packet of universes.&nbsp

By analyzing the process of manifold creation the author argues that each manifold must be presented with an heredity condition, such a condition will ensure that the newborn manifold will posses the same number of dimensions and will be simply connected and complete.&nbsp

By using the theoretical setting which allowed the extraction of the primorial coupling constants series, author builds an analog for the idea of observables using prime amounts of net curvature as a replacement for the Planck constant.

By using the theoretical setting which allowed the extraction of the primorial coupling constants series, author builds an analog for the idea of observables using prime amounts of net curvature as a replacement for the Planck constant.&nbsp

By using the features of the Primorial the author argues that in order to detect the higher coupling terms, i.e. the weaker Bosons, Higher energy is needed. that is despite those interactions are weaker and weaker as the series develops.&nbsp

By analyzing the previous idea of vacuums author present another idea consisting of matter- antimatter pair as a new form of a vacuum. The new form has an high energy level and thus it is less likable and more rare form of a vacuum as it is in contradiction to assumption that nature would aspire the lowest energy state.&nbsp

By analyzing the primorial second and third terms author makes two predictions, which based upon the duality of the electron and the Boson of the weak interaction. That is because they are manifested in the same element. The paper is dedicated to the memory of a giant of history who recently passed away, Steven Weinberg.&nbsp

By analyzing the primorial second and third terms author makes two predictions, which based upon the duality of the electron and the Boson of the weak interaction. That is because they are manifested in the same element. The paper is dedicated to the memory of a giant of history who recently passed away, Steven Weinberg.

By analyzing the primorial second and third terms author makes two predictions, which based upon the duality of the electron and the Boson of the weak interaction. That is because they are manifested in the same element. The paper is dedicated to the memory of a giant of history who recently passed away, Steven Weinberg.&nbsp

By analyzing the primorial second and third terms author makes two predictions, which based upon the duality of the electron and the Boson of the weak interaction. That is because they are manifested in the same element. The paper is dedicated to the memory of a giant of history who recently passed away, Steven Weinberg.&nbsp

By using the Primorial coupling constants series under spin classification it is possible to make three predictions regarding the stability of a Boson, which is related to the number of net variation element appearing in the coupling term. Analysis is done via the coupling term of Gravity as an example. A clear distinction is made according to independent versus composite interactions.&nbsp

Meta analysis based on the recent developments in theoretical physics, and in particular the mathematical primorial series of coupling constants is presented. The paper presents the reasoning for space-time bending as correctly suggested by Einstein in a different manner than General Relativity. In particular it is indicating that matter is not responsible for the spacetime banding, but the inner curvature within the Fermion cluster, which is in essence Quantum Gravity.&nbsp

By analyzing the Primorial coupling series, and in particular the vanishing prime pairs which do not contain a net variation element, it is possible to expend the idea of the vacuum as presented in previous papers. The subject of the paper is concerning real vacuum states classification, that is according to the summation of zeros in the partitioned set.&nbsp

By analyzing the Primorial it is possible to analyze the three "distinct" time arrows, The radiation arrow, the cosmological arrow and the Thermodynamics arrow. The three features of those arrow intersect onto the primorial - as it is the arch of those arrows.&nbsp

By using the ideas which previously derived the coupling constants series, it is possible to present the idea of the vacuum. In particular it is possible to correlate the vacuum to prime pairings without a net variation elements, those pairings are vanishing into zero and thus contribute to the vacuum.

By using the ideas which previously derived the coupling constants series, it is possible to present the idea of the vacuum. In particular it is possible to correlate the vacuum to prime pairings without a net variation elements, those pairings are vanishing into zero and thus contribute to the vacuum.&nbsp

By using the ideas which previously derived the coupling constants series, it is possible to present the idea of the vacuum. In particular it is possible to correlate the vacuum to prime pairings without a net variation elements, those pairings are vanishing into zero and thus contribute to the vacuum.&nbsp

The paper is analyzing the differences among the two representations of the primorial coupling constants series. The net curvature representation is providing in detail analysis of each element in the coupling term, that is in contrast to spin representation in which we care about the number of elements on the prime critical line.&nbsp

By analyzing the recent developments in theoretical physics made by the 8T and the Primorial coupling series, which was derived from GR setting, it is possible to state that Einstein was in fact right. He was right in more than one way, first his general approach of trying to extrapolate the forces starting from GR and curvature setting, second when stated that QM is not complete and third when in his constant search for simplicity and beauty.&nbsp

By analyzing the nature of the Primorial using the invariance of the prime ring, it is possible to classify it as a scalar function. Such a function has a gradient which is a covariant vector. The primorial is time invariant for independent interactions with one distinct element, such as the first three interactions. The argument does not apply to interactions which are composite such as gravity.&nbsp

By analyzing the primorial coupling constants series and in particular the interaction of Gravity it is possible to construct it as a varying interaction. It is possible to show that we can replace the elements of gravity while keeping the structure invariant. That idea indicate that G is varying overtime, as Mentioned previously by Dirac.

By analyzing the primorial coupling constants series and in particular the interaction of Gravity it is possible to construct it as a varying interaction. It is possible to show that we can replace the elements of gravity while keeping the structure invariant. That idea indicate that G is varying overtime, as Mentioned previously by Dirac.&nbsp

By analyzing the main equation of the 8T, a varying Lorentz Manifold, it is possible to present a simple and elegant analog of the canonical equation of motion. That by replacing one of the original variables, of location and replacing it with the term of arbitrary curvature spikes for Fermions and Bosons. Using those equations we can predict Bosons can not find rest and must have sum net momenta.&nbsp

By analyzing the two main equations of the 8T, it is possible to present Bosons as violations of stationarity. Those violations as presented in primorial coupling constants series - in probability representation are direction invariant. It is impossible to derive when or which Bosons are present. If so, Fermion distribution across the manifold must be as a result, direction invariant as well. The universe must look the same at all direction.&nbsp

By analyzing the main equation of the 8T and in particular the arbitrary variation term to vanish into matter, it is possible to predict that energy will not be conserved. The only way to ensure the conservation of energy is to present the set of curvature terminators - that is anti-matter. If the set of anti-matter elements is smaller than the set of the arbitrary variations vanishing into matter than energy is not conserved.&nbsp

By analyzing the Primorial coupling constants series it is possible to predict that Gravitons are infinite in kind. This is due to Graviton being a composite particle. The Primorial series also provide us a way to create those Graviton like particles, that is a prediction made in the paper.&nbsp

By analyzing the main equation of the 8T - and in particular the arbitrary variation term to vanish into matter - representing Fermions and arbitrary variation to be at a positive summation representing Bosons, it is possible to solve the fourfold chain of variables. Those two pillar ideas are serving as auxiliary condition to the chain, and by being so allow us to verify what we already know about the nature of those particles.&nbsp

By analyzing the main equation of the 8T and imposing a density limit on the packet, it is possible to present a new structure of the multiverse, distinct universe packets. such a structure comes to an agreement with the demand of time invariant acceleration from extremum curvatures. if there is one infinite packet which grows in amount, more pressure is exhorted on those areas, and we should measure increasing acceleration.&nbsp

By analyzing two features of the 8T - the arbitrary variation term to vanish into matter alongside the principle of least variation, given by the net to total ratio, it is possible to reason flatness. Those two condition indicate that curvature is first, not allowed and must vanish in fermion clusters, and second, that when it does appear is aspiring zero due to total variations growing much more rapidly.&nbsp

By analyzing the two main equations of the 8T, alongside the QFT commuter it is possible to represent the 8T commuter. In addition it is possible to analyze and reason for the differences among Fermions and Bosons using the new framework, Bosons are positive summations while fermions are arbitrary curvatures required to vanish. That is why the commuter is correct.&nbsp

By analyzing the two main equations of the 8T, alongside the QFT commuter it is possible to represent the 8T commuter. In addition it is possible to analyze and reason for the differences among Fermions and Bosons using the new framework, Bosons are positive summations while fermions are arbitrary curvatures required to vanish. That is why the commuter is correct.

By Using the Primorial coupling constants alongside the main equation of the 8T, it is possible to classify the curvature spikes according to their life time and stability. In addition it is possible to predict that the manifold will experience more curvature spikes as it develops over time.

By analyzing the Coupling constant series under sign reversal it becomes clear that there is a symmetry which retain the original value of each coupling term. That symmetry is giving rise to the existence of anti-matter

In this paper analysis of the famous principle of the vanishing of arbitrary displacement will be made. Author is attempting at constructing the analogue for the equation on a varying Lorentz manifold.&nbsp

this paper will analyze the most important aspect of a final theory, reasoning for arbitrary numbers and testable predictions. certain critic comments are made regrading the mindsets leading researchers in the 20-century.&nbsp

same as the paper in the open access - meant for a run test of the author., same as the paper - "8 theory - The Theory of Everything" for private use of the author.

The following is a Thesis written solely by Manor Ohad - V8.1Inserts- 888-944:(Proofs (224-240)+ Propositions (178-203).TheFile aimsto makethe ambit of the new 8T accessible. 8TSynoptic in:Main Equation:(1),(1.1) for strong and(1.2) theCoupling Constants Series by the Primorial# derivedin early 2021.A GR Framework,modified to includeFermions, Bosons,Dark Energy + Flatness+ Dark Matter (2.1), Gravity(Coupling Predicted- Page 371), Higgs,Particle wave Duality, Three generations, Singularity, Spin and Beyond. Early Stage thesis ideas - pages 4 -200, Middle Stages 200-300,pages- and Last stages of the thesis 300 to 944.The thesis is written as a self reflection, all ideas including the ones the author considers incorrect (at retrospect) are presented as is, that is for allowing the reader to evaluate how the ideasvaried over time. The Thesis entail the exact chronic, each "Update"in earlier versions is taken to bean insert and appear at the last pages. The sole difference in the 148versions is thethesis length, the main equations are the same. Contact : Ohadma@Protonmail.com

The following is acollectionof all resultsobtained soley by Manor O. Update17.10.21 - Quantum Variantics.TheFile aimsto makethe ambit of the new 8T accessible. 8T was developed from March - October. 8T Synoptic in:Main equation:(1)or (2.1.A) Universe Packets,(1.1) for strong and(1.2) theCoupling Constants Series by the Primorial# derivedin late-March.(2.12) for Fermions, (3.13.B) for Bosons and (1.3/1.31) forQuark Masses. A GR Framework,modified to includeFermions, Bosons as part of (1.2)Dark Energy, The QuarkSeries, Universe packets, Particle wave Duality, Quantum Gravity, Higgs, Spin, Dark Matter (2.1.B), SUSYand beyond.Research Thesis.&nbsp

Thispaper present threetheorems on a Lorentz manifoldwhich yield an on pointprediction ofthefine structureconstant, and as the result theawaitedequation of coupling magnitudes.this paper than allow us tounify QM with GR. The equation also predicting the magnitude of any additional element in the series, the next element should stand at ratio of 1/850 compared to the strong interaction. Updated to 7.9.21 &nbsp