Hengzongshu/ArticleAgent huggingface dataset:
The article aims to fill the existing gaps within the national historiography related to the condition and behavior of socialist parties of Russia during one of the crucial stages of the civil war in the East of the country: during the defeat of Kolchak’s regime and the establishment of the bodies of the so-called dictatorship of the proletariat. This task is solved on both empirical and conceptual levels. In the first case, new factual materials found mainly in newspaper periodicals in central and local archives were introduced into scientific discourse. These materials make it possible to give a general idea of events, motives and causes which determined firstly an active participation of the majority of factions and groups of socialists in Siberia during the overthrow of Kolchak, and secondly the transition of their extreme left elements and groups to communist positions. On a conceptual level two main conclusions are made in the article. Firstly, it is stated that between late November 1919 and early January 1920, all principal towns of Siberian provinces except Omsk were reconquered by rebels prior to the arrival of the Red Army. Such a fast and almost bloodless overthrow of Kolchak’s power in most large administrative centers of Siberia is explained by an active participation of socialists in the struggle against the White Guard regime, by a spontaneous formation of the «United Revolutionary Front» throughout various separate local territories. Secondly, it is argued that the affiliation of some socialists with the RCP(b), and especially self-liquidation of the whole Menshevik and SRs groups of different directions and their transition to the communist party played a tremendous significance. Among them, there were many qualified specialists, experienced executives and simply educated people. In Siberia where the organization of the RCP(b) was inconsiderable in number and experienced a critical shortage of staff, they mitigated the difficult situation by their participation in creating and functioning the restored bodies of the Soviet power.
One of the most fascinating problems in comparative psychology is how learning contributes to solving specific functional problems in animal life, and which forms of learning our species shares with non-human animals. Simulating a natural situation of territorial conflicts between predatory carabids and red wood ants in field and laboratory experiments, we have revealed a relatively simple and quite natural form of learning that has been overlooked. We call it catalog learning, the name we give to the ability of animals to establish associations between stimuli and coherent behavioral patterns (patterns consist of elementary motor acts that have a fixed order). Instead of budgeting their motor acts gradually, from chaotic to rational sequences in order to learn something new, which is characteristic for a conditioning response, animals seem to be “cataloguing” their repertoire of innate coherent behavioral patterns in order to optimize their response to a certain repetitive event. This form of learning can be described as “stimulus-pattern” learning. In our experiments four “wild” carabid species, whose cognitive abilities have never been studied before, modified their behavior in a rather natural manner in order to avoid damage from aggressive ants. Beetles learned to select the relevant coherent behavioral patterns from the set of seven patterns, which are common to all four species and apparently innate. We suggest that this form of learning differs from the known forms of associative learning, and speculate that it is quite universal and can be present in a wide variety of species, both invertebrate and vertebrate. This study suggests a new link between the concepts of cognition and innateness.
This is data on the microbial diversity in the floating cyanobacterial community and sediment samples from the lake Solenoe (Novosibirsk region, Russia) obtained by metagenomic methods. Such a detailed data of the microbial diversity of the Novosibirsk oblast lake ecosystem was carried out for the first time.

The purpose of our work was to reveal microbial taxonomic diversity and abundance, metabolic pathways and new enzyme findings the studied lake ecosystem using the next-generation sequencing (NGS) technology and metagenomic analysis. The data was obtained using metagenomics DNA whole genome sequencing (WGS) on Illumina NextSeq and NovaSeq.

The raw sequence data used for analysis is available in NCBI under the Sequence Read Archive (SRA) with the BioProjects and SRA accession numbers: PRJNA493912 (SRR7943696), PRJNA493952 (SRR7943839) and PRJNA661775 (SRR12601635, SRR12601634, SRR12601633) corresponding to floating cyanobacterial community and sediment layers samples, respectively.
For a signed cyclic graph G, we can construct a unique virtual link L by taking the medial construction and convert 4-valent vertices of the medial graph to crossings according to the signs. If a virtual link can occur in this way then we say that the virtual link is graphical. In the article we shall prove that a virtual link L is graphical if and only if it is checkerboard colorable. On the other hand, we introduce a polynomial F[G] for signed cyclic graphs, which is defined via a deletion-marking recursion. We shall establish the relationship between F[G] of a signed cyclic graph G and the bracket polynomial of one of the virtual link diagrams associated with G. Finally we give a spanning subgraph expansion for F[G].
The predissociation dynamics of superexcited iodine is studied by femtosecond ion imaging spectroscopy, providing direct control of wavepacket propagation in ion-pair states.
The layered polar semiconductor BiTeI exhibits large Rashba-type spin–orbit splittings in its bulk and surface electronic structure. Here we report an artificial structural modification near the surface of BiTeI(0001) induced by annealing in vacuum. Using scanning tunneling microscopy we show that the annealing-induced change in the near-surface stoichiometry results in a structural change from a non-centrosymmetric triple-layered to a quintuple-layered structure. The structural change gives rise to the emergence of topological surface states with helical spin texture as demonstrated by angle-resolved photoemission experiments and relativistic first-principles calculations. The results provide a way to modify the electronic structure of layered materials by a controlled manipulation of the atomic stacking sequences.
We consider the contribution of virtual Delbrück scattering to the photon emission by nuclei in the collision of two ultra-relativistic nuclei Z1Z2→Z1Z2γ and electron–nucleus collisions eZ→eZγ, in the photon energy range m≪Eγ≪mγ, where m is the electron mass and γ is the Lorentz factor of the colliding nucleus.

The discussed process has no infrared divergence.

The total cross section is 50 barn for the Pb–Pb collisions at the LHC collider. The spectral distribution obtained is considerably larger than for ordinary nuclear bremsstrahlung in the same photon energy range.
We explore theoretically a thermodynamic heat-engine concept that has the potential of attaining a high efficiency and power density relative to competing solutions, while having a simple construction with few moving parts and dynamic seals, allowing low capital and operating costs, and long lifetimes. Specifically, an unsteady heat-engine device within which a working fluid undergoes a power cycle featuring phase-change, termed the 'Evaporative Reciprocating-Piston Engine' (EPRE) is considered as a potential prime mover for use in combined heat and power (CHP) applications. Based on thermal/fluid-electrical analogies, a theoretical ERPE device is conceptualized initially in the electrical-analogy domain as a linearized, closed-loop active electronic circuit model. The circuit-model representation is designed to potentially exhibit high efficiencies compared to similar, existing two-phase unsteady heat engines. From the simplified circuit model in the electrical domain, and using the thermal/fluid-electrical analogies, one possible configuration of a corresponding physical ERPE device is derived, based on an early prototype of a device currently under development that exhibits some similarities with the ERPE, and used as a physical manifestation of the proposed concept. The corresponding physical ERPE device relies on the alternating phase change of a suitable working-fluid (here, water) to drive a reciprocating displacement of a single vertical piston and to produce sustained oscillations of thermodynamic properties within an enclosed space. Four performance indicators are considered: the operational frequency, the power output, the exergy efficiency, and the heat input/temperature difference imposed externally on the device's heat exchangers that is necessary to sustain oscillations. The effects of liquid inertia, viscous drag, hydrostatic pressure, vapour compressibility and two-phase heat transfer in the various engine components/compartments are examined, via changes to thermodynamic/thermophysical/transport properties and also geometrical features of the ERPE. It is found that for high efficiency and power output: (1) the vapour dead-spaces must be minimized; (2) the length of the tube that connects the displacer and working cylinders must be of significant length; and, (3) the heat-exchanger blocks must have a low thermal resistance and high heat capacity. The methodological approach implemented in this study can be used to guide the proposal, early-stage design and verification of these complex unsteady thermodynamic systems, while offering important suggestions for improved performance and system optimization.
The work is devoted to the study of stabilization of a diffusion torch by an electric field with a time-varying field line configuration.

The stability of combustion was studied using this method of stabilization of the flame, namely the position of the ignition points in the presence and absence of an electric field.

The experiments proved that the stabilizing effect of an electric field with a time-varying field line configuration is observed when the torch is stabilized near and above the plane of the electrodes. When the direction of electric forces coincides with the direction of the fuel jet, the effect of the field will strengthen the fluctuation of flame.
The attractive plasmon force between two metallic walls when the electromagnetic wave propagates through a narrow slit has been studied earlier for parallel plates and normal incidence.

In present paper the effects of imperfect adjustment of plates and laser beam are analyzed.

The change of force for non-parallel plates is shown to be of the first order in inclination angle when the wedge is along wave propagation and of the second order for transverse case. The small incidence angle leads to decrease in force due to the antisymmetric waveguide mode appearing in the slit.
The G. Mendel's model for hereditary factors (genes) and appeared on its base the genecentric paradigm, which postulates that genes control not only inheritance of simple traits of plants and animals, but determine ontogenesis, morphogenesis and all cardinal tendencies of life evolution, are examined.In the article, it is indicated, that along with the discovery of discrete heredity forPisum sativum L., G. Mendel by fact described, in addition to well-known genotypic and paratypic variability, a one more variability for plants of generaHieracium L., which now is denominated as an epigenetic variability.Analysis of literature permits to evolve the idea, that the real distribution of genotypes is determined not only by the G. Mendel's lows for inheritance, but by structure of genomes (a ploidy) and by a manner of plant seeds reproduction (uniparental or biparental).In particular, the facts about the manner of reproduction of seeds of different species and genera demonstrate, that very often the reproductive characters are difficultly dedicated as mendelian, and their inheritance usually has an epigenetic nature.Distinctions in the manner of reproduction of Pisumseeds (double impregnation) and in Hieracium species (apogamy) illustrate the polymorphism of reproductive strategies of two botanical genera and can not be determined, by no means, by activity of postulated specific «genes of parthenogenesis» or their absence.In our opinion, a partenogenetic development of plants embryos can be attributed to epigenetic variability, and it is determined by receiving the external or internal signals, which make the switch from one development program to another, by cells of embryo sacks or seed buds of flower.A lot of manners for seed reproduction in many plant species (Beta vulgaris L., Cannabis sativa L., Rosa canina L., and Fragaria L.) illustrate both likeness and distinction in their hereditary systems.In the article the main role of the Soviet (Russian and Ukrainian) biologists in settling the new (epigenetic) paradigm of development and inheritance is demonstrated.
We report an improved measurement of D0-D0bar mixing and a search for CP violation in D0 decays to CP-even final states K+K- and pi+pi-. The measurement is based on the final Belle data sample of 976/fb. The results are y_CP=(1.11 +- 0.22 +- 0.09)% and A_Gamma=(-0.03 +- 0.20 +- 0.07)%, where the first uncertainty is statistical and the second is systematic.
Coherent polarization transfer effects in a coupled spin network have been studied over a wide field range. The transfer mechanism is based on exciting zero-quantum coherences between the nuclear spin states by means of non-adiabatic field jump from high to low magnetic field. Subsequent evolution of these coherences enables conversion of spin order in the system, which is monitored after field jump back to high field. Such processes are most efficient when the spin system passes through an avoided level crossing during the field variation. The polarization transfer effects have been demonstrated for N-acetyl histidine, which has five scalar coupled protons; the initial spin order has been prepared by applying RF-pulses at high magnetic field. The observed oscillatory transfer kinetics is taken as a clear indication of a coherent mechanism; level crossing effects have also been demonstrated. The experimental data are in very good agreement with the theoretical model of coherent polarization transfer. The method suggested is also valid for other types of initial polarization in the spin system, most notably, for spin hyperpolarization.
In this work we have described the translatome of two mammalian cell lines, NIH3T3 and Jurkat, by scoring the relative polysome association of ∼10,000 mRNA under normal and ER stress conditions. We have found that translation efficiencies of mRNA correlated poorly with transcript abundance, although a general tendency was observed so that the highest translation efficiencies were found in abundant mRNA. Despite the differences found between mouse (NIH3T3) and human (Jurkat) cells, both cell types share a common translatome composed by ∼800–900 mRNA that encode proteins involved in basic cellular functions. Upon stress, an extensive remodeling in translatomes was observed so that translation of ∼50% of mRNA was inhibited in both cell types, this effect being more dramatic for those mRNA that accounted for most of the cell translation. Interestingly, we found two subsets comprising 1000–1500 mRNA whose translation resisted or was induced by stress. Translation arrest resistant class includes many mRNA encoding aminoacyl tRNA synthetases, ATPases and enzymes involved in DNA replication and stress response such as BiP. This class of mRNA is characterized by high translation rates in both control and stress conditions. Translation inducible class includes mRNA whose translation was relieved after stress, showing a high enrichment in early response transcription factors of bZIP and zinc finger C2H2 classes. Unlike yeast, a general coordination between changes in translation and transcription upon stress (potentiation) was not observed in mammalian cells. Among the different features of mRNA analyzed, we found a relevant association of translation efficiency with the presence of upstream ATG in the 5′UTR and with the length of coding sequence of mRNA, and a looser association with other parameters such as the length and the G+C content of 5′UTR. A model for translatome remodeling during the acute phase of stress response in mammalian cells is proposed.
A high-energy (0.93 nJ) all-fiber erbium femtosecond oscillator operating in the telecom spectral range is proposed and realized. The laser cavity, built of commercially available fibers and components, combines polarization maintaining (PM) and non-PM parts providing stable generation of highly chirped (chirp parameter 40) pulses compressed in an output piece of standard PM fiber to 165 fs. The results of the numerical simulation agree well with the experiment. The analyzed intracavity pulse dynamics enables the classification of the generated pulses as dissipative solitons.
We report recent results on τ lepton physics obtained with the Belle detector. They include a search for lepton-flavor-violating decays τ → lhh′, a high-precision measurement of the τ lepton lifetime and a study of the hadronic decays with the [Formula: see text] in the final state.
God, will and destiny, constituting concepts in the artistic world of I.A. Goncharov form the plot and determine configuration of the personosphere in his last novel.

The plot of 'The Precipice' can be narrowed down to the formula of 'overcoming self-will' affecting the main characters. A concept intermediary 'passion' appears in opposition of destiny - an objective course of events and will - the subjective influence on events.

Destiny is generally interpreted in the novel and in religious consciousness as a manifestation of God's will; therefore refusal of the desires associated with the manifestation of pride or corporeality directs a person to humility and acceptance of traditional values.
Objective: to study the association of hostility with high and low-active variants of the MAOA gene in an open population of men 45-64 years old. Using the methods proposed by the WHO International Program “MONICA-psychosocial” and “HAPIEE”, a representative sample of men aged 45–64 years old (n = 781 men, average age was 56.48 ± 0.2 years) in 2003-2005. All respondents independently completed a questionnaire on hostility. From the surveyed sample, using the random number method, 156 men were selected who were genotyped for MAOA-uVNTR polymorphism. It was approved that the level of hostility in the population of men was 60.3%. It was revealed that among persons with low-active alleles of the MAOA-L gene (allele 2 and 3) a high level of hostility was more common — 50.9%. The results of building a logistic regression model showed that the presence of low-active alleles (2; 3) of the MAOA gene increases the likelihood of hostility OR = 2,103 (95% CI 1,137-3,889, p = 0.018). The results obtained allow us to conclude that the low-active allele of the MAOA-L gene is associated with hostility.
Carbon nanotubes (CNTs) possess both remarkable optical properties and high potential for integration in various photonic devices.

We overview, here, recent progress in CNT applications in fibre optics putting particular emphasis on fibre lasers. We discuss fabrication and characterisation of different CNTs, development of CNT-based saturable absorbers (CNT-SA), their integration and operation in fibre laser cavities putting emphasis on state-of-the-art fibre lasers, mode locked using CNT-SA.

We discuss new design concepts of high-performance ultrafast operation fibre lasers covering ytterbium (Yb), bismuth (Bi), erbium (Er), thulium (Tm) and holmium (Ho)-doped fibre lasers.
We studied wave currents arising from a vertical lifting of a symmetric convex body, partially submerged in shallow water, filling a rectangular prismatic channel with a horizontal bottom.

The simulation of such flows was carried out within the framework of the first approximation of the shallow water theory without taking into account the influence of the friction, the viscosity of the liquid and its surface tension. The flow of liquid in the domain adjacent to the lower surface of the body was obtained analytically, and outside this domain by numerically solving shallow water equations.

We obtained the equations that determine the motion of the boundary of the contact area of the liquid with the lower surface of the body. We showed that the form of these equations is depend of the pressure spatial derivative sign at this boundary. Numerical calculations are presented that demonstrate the rise of the liquid after the body exiting the liquid.
We describe bronze plaques representing armed horsemen, found in the Issyk-Kul Basin and in the Chuya valley, northern Kyrgyzstan, and owned by public and private museums in Bishkek. Similar plaques from southern Siberia and Central Asia were described by many Russian, Kazakh, Kirghiz, and Mongolian historians and archaeologists. A formal classifi cation of plaques is proposed, and their chronology, cultural attribution, and function are assessed. Such items, associated with early medieval Turkicspeaking nomads of Tian Shan and Semirechye, are similar to those worn by the Yenisei Kyrgyz of the Minusinsk Basin in southern Siberia, by the Kimek of the steppe Altai and the upper Irtysh in Kazakhstan, by the Qarluq of southwestern Central Asia, and by other Turkic tribes inhabiting areas from the Ural to Mongolia.
Results of the evaluation of petroleum-bearing potential of Yamal’s Cretaceous deposits based on the study of water-gas equilibria are presented. It has been established that the “water-gas” system within them has a complex and unequal pattern. Hydrocarbon accumulations serve as “relics” of antecedent hydrogeological epochs, with groundwater being the most mobile component of this system. The sediments composition is therefore subjected to a slow directional change aimed at establishing an equilibrium, which subsequently results in a qualitatively new state of their geochemical framework. Most of the studied area is characterized by very favorable conditions for persistent preservation of oil and gas accumulations. In northern and central regions of Yamal, there is a slight shift in the water – gas system phase equilibrium, suggesting a potential for discovery of new oil/gas pools and significant hydrocarbon reserves within them. The analysis confirmed the presence of earlier discovered hydrocarbon pools within the studied fields and enabled prediction of new thirteen accumulations. The hydrogeochemical analysis and the water-gas equilibria modeling results have shown that the prospects are significantly lower for new discoveries in SW Yamal.