Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons

Khachatryan V.; F. Ratnikov

doi:10.1016/j.physletb.2016.05.087

Публикации

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Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons

Physics Letters B. 2016. Vol. 759. P. 369–394.

Khachatryan V., Ратников Ф. Д.

A search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a $pair. The Z boson is identified via its decays to electrons or muons. The search exploits data collected by the CMS experiment at a centre-of-mass energy of 8 TeV, corresponding to an integrated luminosity of 19.8 fb−1. No significant deviations are observed from the standard model expectation and limits are set on production cross sections and parameters of two-Higgs-doublet models.Научное направление: Физика Язык: английский DOI Ключевые слова: physics CMSПохожие публикации Wave propagation and transformation in the frame of magnetohydrodynamics with a vortex electric field Bisnovatyi-Kogan G., Кондратьев И. А., Моисеенко С. Г., International Journal of Modern Physics A 2025 Vol. 40 No. 7 Article 2550018 Добавлено: 11 мая 2026 г. MHD Simulations of Magnetized Rotating Jets Торопина О. Д., Бисноватый-Коган Г. С., Моисеенко С. Г., Astronomy Reports 2025 Vol. 69 No. Suppl. 1 P. 80–90 Представлены результаты МГД-моделирования сверхзвуковых астрофизических и лабораторных струй во внешнем полоидальном магнитном поле (Br,Bz) с учетом вращения вещества. Выброшенное вещество коллимируется магнитным полем, степень коллимации и структура потока зависят от соотношения между индукцией магнитного поля и угловой скоростью вещества. При сильном магнитном поле и умеренном вращении образуется бочкообразная структура вытянутой формы, оставляющая после себя стабильный ... Добавлено: 11 мая 2026 г. Impact on Aluminum Alloy B95 by Powerful Pulsed Ion-Plasma and Electron Flows in the Plasma Focus Device Morozov E. V., Demin A. S., Borovitskaya I. V. и др., Inorganic Materials: Applied Research 2026 Vol. 17 No. 3 P. 619–626 Добавлено: 4 мая 2026 г. An Approximate Method for Calculating Kinetic Coefficients of Heavy Ions in He-Containing Mixtures in a Strong Electric Field A. A. Ponomarev, N. L. Aleksandrov, Plasma Physics Reports 2026 Vol. 52 No. 3 P. 367–378 Добавлено: 27 апреля 2026 г. Influence of the Normal Magnetic Component to Magnetotail Current Sheet Forma Domrin V. I., Malova H. V., V. Yu. Popov и др., Cosmic Research 2026 Vol. 64 No. 2 P. 238–252 Добавлено: 27 апреля 2026 г. Asymmetric Equilibrium Structures of Superthin Current Sheets: The Asymmetry of Plasma Sources Tsareva O. O., Malova H. V., V. Yu. Popov и др., Plasma Physics Reports 2026 Vol. 52 No. 2 P. 179–185 Добавлено: 27 апреля 2026 г. Особенности генерации квазипериодических ОНЧ-излучений с существенной частотной динамикой внутри плазмосферы П.А.Беспалов, О.Н. Савина, Геомагнетизм и аэрономия 2025 Т. 65 № 5 С. 620–628 Рассмотрены несколько базовых моделей частотной динамики в квазипериодических ОНЧ-излучениях
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Добавлено: 19 октября 2021 г.О ВЫШКЕ Цифры и факты Руководство и структура Устойчивое развитие в НИУ ВШЭ Преподаватели и сотрудники Корпуса и общежития Закупки Обращения граждан в НИУ ВШЭ Фонд целевого капитала Противодействие коррупции Сведения о доходах, расходах, об имуществе и обязательствах имущественного характера Сведения об образовательной организации Людям с ограниченными возможностями здоровья Единая платежная страница Работа в Вышке ОБРАЗОВАНИЕ Лицей Довузовская подготовка Олимпиады Прием в бакалавриат Вышка+ Прием в магистратуру Аспирантура Дополнительное образование Центр развития карьеры Бизнес-инкубатор ВШЭ Образовательные партнерства Обратная связь и взаимодействие с получателями услуг НАУКА Научные подразделения Исследовательские проекты Мониторинги Диссертационные советы Защиты диссертаций Академическое развитие Конкурсы и гранты Внешние научно-информационные ресурсы РЕСУРСЫ Библиотека Издательский дом ВШЭ Книжный магазин «БукВышка» Типография Медиацентр Журналы ВШЭ Публикации http://www.minobrnauki.gov.ru/ Министерство науки и высшего образования РФ https://edu.gov.ru/ Министерство просвещения РФ http://www.edu.ru Федеральный портал «Российское образование» https://elearning.hse.ru/mooc Массовые открытые онлайн-курсы НИУ ВШЭ1993–2026 Адреса и контакты Условия использования материалов Политика конфиденциальности Правила применения рекомендательных технологий в НИУ ВШЭ Карта сайта Редакторуwindow.__INITIAL_STATE__={"config":{"widgetPrefixURL":"\u002F","widgetPostfixURL":"\u002F","prefixURL":"\u002F","domain":"publications.hse.ru","hseURL":"https:\u002F\u002Fwww.hse.ru","serverBaseURL":"http:\u002F\u002Flocalhost:5000","clientBaseURL":"https:\u002F\u002Fpublications.hse.ru","ruVersion":true},"useTemplate":1,"article":{"id":"195027987","title":"Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons","href":"\u002Farticles\u002F195027987","type":"ARTICLE","issn":"0370-2693","eissn":"1873-2445","status":1,"is_hidden":0,"createdAt":"2016-10-21T19:26:09.987Z","creator":{"id":"73946","title":{"ru":"\u003Ca target=\"_blank\" href=\"\u002Forg\u002Fpersons\u002F73946\"\u003EЧудаева О. 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P. 369–394."},"cardVeryfy":{"overDate":false,"hasVerify":false,"verifyFinish":false},"documents":{"DEMO":null,"DOI":{"id":"1","href":"https:\u002F\u002Fdoi.org\u002F10.1016\u002Fj.physletb.2016.05.087"},"OTHER_URL":{"id":"1","href":null,"ext":null,"size":null},"CONTENT_DOCUMENT":null,"DOCUMENT":null,"COVER":null},"projects":[],"authorsByType":{"author":[{"id":"195027996","href":null,"enVersionStatus":"0","title":{"ru":"V. K.","en":"Khachatryan V."},"reverseTitle":{"ru":"K. V.","en":"V. Khachatryan"},"altName":"Khachatryan V.","otherName":"","properties":{"scopus":"","rinc":"","orcid":""},"worknow":false,"authorInstitution":false,"verifyStatus":{"articleCollections":false,"hasAttr":false,"attr":{"verified":false,"affiliation":false}}},{"id":"174480967","href":"\u002Forg\u002Fpersons\u002F174480967","enVersionStatus":"2","title":{"ru":"Ратников Ф. Д.","en":"Ratnikov F."},"reverseTitle":{"ru":"Ф. Д. Ратников","en":"F. Ratnikov"},"altName":"","otherName":"","properties":{"scopus":"https:\u002F\u002Fwww.scopus.com\u002Fauthid\u002Fdetail.uri?partnerID=HzOxMe3b&authorId=35227881400&origin=inward","rinc":"https:\u002F\u002Felibrary.ru\u002Fauthor_profile.asp?authorid=419184","orcid":"https:\u002F\u002Forcid.org\u002F0000-0003-0762-5583"},"worknow":true,"authorInstitution":true,"verifyStatus":{"articleCollections":false,"hasAttr":false,"attr":{"verified":false,"affiliation":false}}}],"leader":null,"resp_editor":null,"sci_editor":null,"cmn_editor":null,"translator":null,"make_editor":null,"trn_editor":null},"magazine":{"id":"194603472","title":{"en":"Physics Letters B","ru":"Physics Letters B"}},"year":2016,"annotation":{"ru":"\u003Cp\u003E\n\tA search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a \u003Cadata-mathurl=\"\u002Fscience?_ob=MathURL&_method=retrieve&_eid=1-s2.0-S0370269316302428&_mathId=si1.gif&_user=111111111&_pii=S0370269316302428&_rdoc=1&_issn=03702693&md5=1f77211e6788b31cb6d9212371d1f104\" title=\"View the MathML source\"\u003E\u003Cimg data-inlimgeid=\"1-s2.0-S0370269316302428-si1.gif\" data-loaded=\"true\" \u002F\u003E\u003C\u002Fa\u003E\u003Cmath\u003E\u003Cmi\u003E\u003Cmover\u003E\u003Cmi\u003E pair. The Z boson is identified via its decays to electrons or muons. The search exploits data collected by the CMS experiment at a centre-of-mass energy of 8 TeV, corresponding to an integrated luminosity of 19.8 fb−1. No significant deviations are observed from the standard model expectation and limits are set on production cross sections and parameters of two-Higgs-doublet models.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003E\n\tA search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a \u003Cadata-mathurl=\"\u002Fscience?_ob=MathURL&_method=retrieve&_eid=1-s2.0-S0370269316302428&_mathId=si1.gif&_user=111111111&_pii=S0370269316302428&_rdoc=1&_issn=03702693&md5=1f77211e6788b31cb6d9212371d1f104\" title=\"View the MathML source\"\u003E\u003Cimg data-inlimgeid=\"1-s2.0-S0370269316302428-si1.gif\" data-loaded=\"true\" \u002F\u003E\u003C\u002Fa\u003E\u003Cmath\u003E\u003Cmi\u003E\u003Cmover\u003E\u003Cmi\u003E pair. The Z boson is identified via its decays to electrons or muons. The search exploits data collected by the CMS experiment at a centre-of-mass energy of 8 TeV, corresponding to an integrated luminosity of 19.8 fb−1. No significant deviations are observed from the standard model expectation and limits are set on production cross sections and parameters of two-Higgs-doublet models.\u003C\u002Fp\u003E\n"},"priorityTarget":[],"researchTarget":[{"id":"218116766","title":"Физика","en_title":"Physics"}],"keywords":[{"id":"61742879","title":"physics"},{"id":"195024692","title":"CMS"}],"language":{"id":"20592","title":{"ru":"английский","en":"English"},"name":"en"},"related":[{"id":"1157971949","title":"Wave propagation and transformation in the frame of magnetohydrodynamics with a vortex electric field","createdAt":"2026-05-11T17:00:19.178Z","authorsByType":{"author":[{"id":"1157985115","href":null,"title":{"ru":"Gennady S. B.","en":"Bisnovatyi-Kogan G. S."},"altName":"Bisnovatyi-Kogan G.","otherName":""},{"id":"254316770","href":"\u002Forg\u002Fpersons\u002F254316770","title":{"ru":"Кондратьев И. А.","en":"Kondratyev I."},"altName":"","otherName":""},{"id":"508121581","href":"\u002Forg\u002Fpersons\u002F508121581","title":{"ru":"Моисеенко С. Г.","en":"Moiseenko S. G."},"altName":"","otherName":""}]},"year":2025,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EBright transient objects in different wave bands have been discovered in recent years.\u003Cbr\u002F\u003E\nTo explain these short (from ms to s), and very powerful events, different models, galactic and\u003Cbr\u002F\u003E\nextragalactic, have been considered. One of the popular models is based on the suggestion of\u003Cbr\u002F\u003E\ntransformation of the magnetized plasma blob, presumably a magnetohydrodynamic (MHD)\u003Cbr\u002F\u003E\nshock wave, moving with relativistic speed, into electromagnetic (EM) pulse after collision with\u003Cbr\u002F\u003E\nsome obstacle, or entering into media with different properties. Such transformation cannot be\u003Cbr\u002F\u003E\ndescribed in the frame of classical MHD equations, which don't contain the displacement current\u003Cbr\u002F\u003E\nand don't include such transformation. Updating of the classic MHD equations by using of\u003Cbr\u002F\u003E\nfull set of Maxwell equations with displacement current, made recently by several authors, gave\u003Cbr\u002F\u003E\na possibility to describe hydrodynamic phenomena, together with electromagnetic ones by the\u003Cbr\u002F\u003E\nsame set of equations. Here we apply these equations for study of propagation of different waves\u003Cbr\u002F\u003E\nwith account of displacement current, and of transformation between different kinds of waves in\u003Cbr\u002F\u003E\nthe nonuniform media. We derive a dispersion equation describing a propagation of a weak\u003Cbr\u002F\u003E\nlinear wave in a uniform magnetized plasma, and consider in detail the cases with perpendicular\u003Cbr\u002F\u003E\nand parallel motion to the magnetic field. It contains MHD, HD, Alfven and EM waves in the\u003Cbr\u002F\u003E\nlimiting cases, and some new types of behavior in a general situation. We consider a plasma with\u003Cbr\u002F\u003E\nzero viscosity and heat conductivity, with a finite scalar electric conductivity. We have shown\u003Cbr\u002F\u003E\nthat the transformation of MHD into EM wave may happen only in a highly magnetized plasma, and have found the region of parameters, where no waves exist and only damping static perturbations may be present.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"International Journal of Modern Physics A 2025 Vol. 40 No. 7 Article 2550018","en":"International Journal of Modern Physics A 2025 Vol. 40 No. 7 Article 2550018","ru":"International Journal of Modern Physics A 2025 Т. 40 № 7 Статья 2550018"},"main":"Bisnovatyi-Kogan G. S., Kondratyev I., Moiseenko S. G. et al. Wave propagation and transformation in the frame of magnetohydrodynamics with a vortex electric field \u002F\u002F International Journal of Modern Physics A. 2025. Vol. 40. No. 7. Article 2550018."}},{"id":"1157971654","title":"MHD Simulations of Magnetized Rotating Jets","createdAt":"2026-05-11T16:53:27.512Z","authorsByType":{"author":[{"id":"1157985553","href":null,"title":{"ru":"Ольга Дмитриевна Т.","en":"Торопина О. Д."},"altName":"Торопина О. Д.","otherName":""},{"id":"1157985555","href":null,"title":{"ru":"Геннадий Семенович Б.","en":"Бисноватый-Коган Г. С."},"altName":"Бисноватый-Коган Г. С.","otherName":""},{"id":"508121581","href":"\u002Forg\u002Fpersons\u002F508121581","title":{"ru":"Моисеенко С. Г.","en":"Moiseenko S. G."},"altName":"","otherName":""}]},"year":2025,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003EПредставлены результаты МГД-моделирования сверхзвуковых астрофизических и лабораторных струй во внешнем полоидальном магнитном поле (Br,Bz) с учетом вращения вещества. Выброшенное вещество коллимируется магнитным полем, степень коллимации и структура потока зависят от соотношения между индукцией магнитного поля и угловой скоростью вещества. При сильном магнитном поле и умеренном вращении образуется бочкообразная структура вытянутой формы, оставляющая после себя стабильный отток. Внутри выброса струи наблюдается бочкообразная периодическая структура ударной волны. При умеренном магнитном поле и быстром вращении выброшенное вещество сначала значительно расширяется, но затем постепенно коллимируется в струю из-за появления тороидального магнитного поля Bphi. Образуется структура в форме кокона, которая распространяется до границы вычислительной области. Внутри кокона струи образуется полость с низкой плотностью вещества, квазистационарная во времени вблизи. Во всех случаях вращение вещества в струе передается в соседние области, что в конечном итоге приводит к генерации магнитоторсионных колебаний, связанных с появлением тороидальной компоненты поля. Тороидальное поле возникает при скручивании полоидального магнитного поля из-за зависимости угловой скорости вещества струи от радиальной (r) и осевой (z) координат. Тороидальное поле также участвует в коллимации струи.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003EThe results of MHD simulations of supersonic astrophysical and laboratory jets in an external\u003Cbr\u002F\u003E\npoloidal magnetic field (Br,Bz) taking into account the rotation of the matter, are presented. The ejected\u003Cbr\u002F\u003E\nmatter is collimated by the magnetic field, the degree of collimation and the flow structure depend on the\u003Cbr\u002F\u003E\nrelation between of the magnetic field induction and the angular velocity of the matter. For a strong magnetic\u003Cbr\u002F\u003E\nfield and moderate rotation, a barrel-shaped structure of an elongated shape is formed, which leaves behind\u003Cbr\u002F\u003E\na stable outflow. Inside the jet ejection, a barrel-shaped a periodic shock-wave structure is observed. For a\u003Cbr\u002F\u003E\nmoderate magnetic field and rapid rotation, the ejected matter at first significantly expands, but then gradu-\u003Cbr\u002F\u003E\nally collimates into a jet due to the appearance of a toroidal magnetic field Bphi. A cocoon-shaped structure is\u003Cbr\u002F\u003E\nformed. It spreads to the boundary of the computational domain. Inside the jet cocoon, a cavity with a low\u003Cbr\u002F\u003E\ndensity of matter, quasi-stationary in time near is formed. In all cases, the rotation of the matter in the jet is\u003Cbr\u002F\u003E\ntransmitted to neighboring regions, which ultimately leads to the generation of magneto-torsional oscillations\u003Cbr\u002F\u003E\nassociated with the appearance of a toroidal component of the field. The toroidal field arises during the\u003Cbr\u002F\u003E\ntwisting of the poloidal magnetic field due to the dependence of the jet matter angular velocity on the radial\u003Cbr\u002F\u003E\n(r) and axial (z) coordinates. The toroidal field also participates in the collimation of the jet.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Astronomy Reports 2025 Vol. 69 No. Suppl. 1 P. 80–90","en":"Astronomy Reports 2025 Vol. 69 No. Suppl. 1 P. 80–90","ru":"Астрономический журнал 2025 Т. 69 № Suppl. 1 С. 80–90"},"main":"Торопина О. Д., Бисноватый-Коган Г. С., Moiseenko S. G. et al. MHD Simulations of Magnetized Rotating Jets \u002F\u002F Astronomy Reports. 2025. Vol. 69. No. Suppl. 1. P. 80–90."}},{"id":"1155624477","title":"Impact on Aluminum Alloy B95 by Powerful Pulsed Ion-Plasma and Electron Flows in the Plasma Focus Device","createdAt":"2026-05-04T07:09:08.689Z","authorsByType":{"author":[{"id":"1155624485","href":null,"title":{"ru":"Evgeniy Vadimovich M.","en":"Morozov E. V."},"altName":"Morozov E. V.","otherName":""},{"id":"1155624487","href":null,"title":{"ru":"Aleksandr Sergeevich D.","en":"Demin A. S."},"altName":"Demin A. S.","otherName":""},{"id":"1155624489","href":null,"title":{"ru":"Irina Valerievna B.","en":"Borovitskaya I. V."},"altName":"Borovitskaya I. V.","otherName":""},{"id":"1155624491","href":null,"title":{"ru":"Elena Viktorovna D.","en":"Demina E. V."},"altName":"Demina E. V.","otherName":""},{"id":"1155624493","href":null,"title":{"ru":"Sergey Vladimirovich L.","en":"Latyshev S. V."},"altName":"Latyshev S. V.","otherName":""},{"id":"1155624495","href":null,"title":{"ru":"Sergey Alekseevich M.","en":"Maslyaev S. A."},"altName":"Maslyaev S. A.","otherName":""},{"id":"1155624497","href":null,"title":{"ru":"Valeriy Nikolaevicn P.","en":"Pimenov V. N."},"altName":"Pimenov V. N.","otherName":""},{"id":"1155624499","href":null,"title":{"ru":"Marina Dmitrievna P.","en":"Prusakova M. D."},"altName":"Prusakova M. D.","otherName":""},{"id":"1155624501","href":null,"title":{"ru":"Irina Porfirievna S.","en":"Sasinovskaya I. P."},"altName":"Sasinovskaya I. P.","otherName":""},{"id":"1155624503","href":null,"title":{"ru":"Vasiliy Ivanovich T.","en":"Tovtin V. I."},"altName":"Tovtin V. I.","otherName":""},{"id":"47632628","href":"\u002Forg\u002Fpersons\u002F47632628","title":{"ru":"Бондаренко Г. Г.","en":"Bondarenko G."},"altName":"Bondarenko G.G.","otherName":""},{"id":"1155624507","href":null,"title":{"ru":"Anna Ivanovna G.","en":"Gaidar A. I."},"altName":"Gaidar A. I.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EThis article presents the results of experiments on the impact of powerful pulsed ion-plasma and\u003Cbr\u002F\u003E\nelectron flows generated in the working chamber of the Plasma Focus PF-5M installation during each highvoltage\u003Cbr\u002F\u003E\ndischarge on a model aluminum alloy B95. It is shown that the general characteristics of the alloy’s\u003Cbr\u002F\u003E\ndamage upon exposure to pulsed flows of helium ions (HI) and helium plasma (HP) and pulsed irradiation\u003Cbr\u002F\u003E\nwith electron beams with close values of power density and pulse duration (q = 108–109 W\u002Fcm2, τ = 10–\u003Cbr\u002F\u003E\n30 ns) include the formation of a wavy surface layer of samples containing microcracks, pores, bubbles with\u003Cbr\u002F\u003E\ndestroyed shells, and alloy microdroplets deposited on the irradiated surface. Differences in the alloy’ damageability\u003Cbr\u002F\u003E\nfor the compared radiation-thermal effects are associated with the molten layer significantly greater\u003Cbr\u002F\u003E\nthickness when the alloy is exposed to an electron beam compared to the action of ion-plasma flows \u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Inorganic Materials: Applied Research 2026 Vol. 17 No. 3 P. 619–626","en":"Inorganic Materials: Applied Research 2026 Vol. 17 No. 3 P. 619–626","ru":"Материаловедение (перевод) 2026 Т. 17 № 3 С. 619–626"},"main":"Morozov E. V., Demin A. S., Borovitskaya I. V., Demina E. V., Latyshev S. V., Maslyaev S. A., Pimenov V. N., Prusakova M. D., Sasinovskaya I. P., Tovtin V. I., Bondarenko G., Gaidar A. I. et al. Impact on Aluminum Alloy B95 by Powerful Pulsed Ion-Plasma and Electron Flows in the Plasma Focus Device \u002F\u002F Inorganic Materials: Applied Research. 2026. Vol. 17. No. 3. P. 619–626."}},{"id":"1153661680","title":"An Approximate Method for Calculating Kinetic Coefficients of Heavy Ions in He-Containing Mixtures in a Strong Electric Field","createdAt":"2026-04-27T19:47:20.990Z","authorsByType":{"author":[{"id":"224876037","href":"\u002Forg\u002Fpersons\u002F224876037","title":{"ru":"Пономарев А. А.","en":"Ponomarev A."},"altName":"A. A. Ponomarev","otherName":""},{"id":"584985161","href":"\u002Forg\u002Fpersons\u002F584985161","title":{"ru":"Александров Н. Л.","en":"Aleksandrov N."},"altName":"N. L. Aleksandrov","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EAn approximate method for calculating drift velocity and other kinetic coefficients of heavy ions\u003Cbr\u002F\u003E\nin a light gas is generalized to gaseous mixtures. Obtained equations are used to calculate the mobilities of\u003Cbr\u002F\u003E\nand ions, as well as rate constants for inelastic ion–molecule processes with these ions in helium with\u003Cbr\u002F\u003E\nsmall additions of O2 under an electric field. Calculated results are compared with the results of Monte Carlo\u003Cbr\u002F\u003E\nsimulation. Simple approximate methods allow good agreement to be reached with more complicated Monte\u003Cbr\u002F\u003E\nCarlo simulation when describing the strong effect of small O2 concentrations on the ion kinetic properties\u003Cbr\u002F\u003E\nin He and to shorten computational time by orders of magnitude.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Plasma Physics Reports 2026 Vol. 52 No. 3 P. 367–378","en":"Plasma Physics Reports 2026 Vol. 52 No. 3 P. 367–378","ru":"Физика плазмы 2026 Т. 52 № 3 С. 367–378"},"main":"Ponomarev A., Aleksandrov N. et al. An Approximate Method for Calculating Kinetic Coefficients of Heavy Ions in He-Containing Mixtures in a Strong Electric Field \u002F\u002F Plasma Physics Reports. 2026. Vol. 52. No. 3. P. 367–378."}},{"id":"1153350839","title":"Influence of the Normal Magnetic Component to Magnetotail Current Sheet Forma","createdAt":"2026-04-26T21:40:25.656Z","authorsByType":{"author":[{"id":"1158824117","href":null,"title":{"ru":"V. I. D.","en":"Domrin V. I."},"altName":"Domrin V. I.","otherName":""},{"id":"1158824119","href":null,"title":{"ru":"H. V. M.","en":"Malova H. V."},"altName":"Malova H. V.","otherName":""},{"id":"24487003","href":"\u002Forg\u002Fpersons\u002F24487003","title":{"ru":"Попов В. Ю.","en":"Popov V."},"altName":"V. Yu. Popov","otherName":""},{"id":"1158824123","href":null,"title":{"ru":"O. V. M.","en":"Mingalev O. V."},"altName":"Mingalev O. V.","otherName":""},{"id":"1158824125","href":null,"title":{"ru":"V. V. K.","en":"Kalegaev V. V."},"altName":"Kalegaev V. V.","otherName":""},{"id":"1158824127","href":null,"title":{"ru":"E. E. G.","en":"Grigorenko E. E."},"altName":"Grigorenko E. E.","otherName":""},{"id":"1158824129","href":null,"title":{"ru":"L. M. Z.","en":"Zelenyi L. M."},"altName":"Zelenyi L. M.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EDuring magnetospheric perturbations a relatively thin current sheet with thickness about several\u003Cbr\u002F\u003E\nproton gyroradii forms in the Earth’s magnetotail. In a framework of the kinetic model describing current\u003Cbr\u002F\u003E\nsheet thinning in the magnetotail, the processes of its formation are investigated depending on the normal\u003Cbr\u002F\u003E\nmagnetic field magnitude which affects both the current sheet structure and particle dynamics within it. The\u003Cbr\u002F\u003E\ncritical value of the ratio of the normal to tangential components magnitudes at current sheet edges is determined\u003Cbr\u002F\u003E\nabove which the formation of a stationary thin current sheet does not occur. The reason for this is the\u003Cbr\u002F\u003E\nhigh density of trapped plasma particles around the sheet, which contribute to its magnetotail structure and\u003Cbr\u002F\u003E\nfinally lead to its destruction. It is shown that this ratio can be the important factor influencing quasi-equilibrium\u003Cbr\u002F\u003E\nstate of magnetotail current sheet as a whole and determining the characteristic parameter range at\u003Cbr\u002F\u003E\nwhich the formation of a long-lived current structure with small thickness is possible.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Cosmic Research 2026 Vol. 64 No. 2 P. 238–252","en":"Cosmic Research 2026 Vol. 64 No. 2 P. 238–252","ru":"Космические исследования 2026 Т. 64 № 2 С. 238–252"},"main":"Domrin V. I., Malova H. V., Popov V., Mingalev O. V., Kalegaev V. V., Grigorenko E. E., Zelenyi L. M. et al. Influence of the Normal Magnetic Component to Magnetotail Current Sheet Forma \u002F\u002F Cosmic Research. 2026. Vol. 64. No. 2. P. 238–252."}},{"id":"1153350398","title":"Asymmetric Equilibrium Structures of Superthin Current Sheets: The Asymmetry of Plasma Sources","createdAt":"2026-04-26T21:10:20.201Z","authorsByType":{"author":[{"id":"1153350733","href":null,"title":{"ru":"O. O. T.","en":"Tsareva O. O."},"altName":"Tsareva O. O.","otherName":""},{"id":"1153350735","href":null,"title":{"ru":"H. V. M.","en":"Malova H. V."},"altName":"Malova H. V.","otherName":""},{"id":"24487003","href":"\u002Forg\u002Fpersons\u002F24487003","title":{"ru":"Попов В. Ю.","en":"Popov V."},"altName":"V. Yu. Popov","otherName":""},{"id":"1153350739","href":null,"title":{"ru":"L. M. Z.","en":"Zelenyi L. M."},"altName":"Zelenyi L. M.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EThe influence of asymmetry of plasma sources on the structure and spatial localization of a superthin\u003Cbr\u002F\u003E\ncurrent sheet (STCS) supported by demagnetized electrons is studied using a self-consistent model. The\u003Cbr\u002F\u003E\nsimulation takes into account the presence of a single plasma source in the northern hemisphere, which\u003Cbr\u002F\u003E\nmakes the plasma flow asymmetric. It is demonstrated that the asymmetry of plasma sources results in a\u003Cbr\u002F\u003E\nminor reduction in the current carried by demagnetized electrons on the Speiser orbits. In the process, an\u003Cbr\u002F\u003E\nenhancement of the negative diamagnetic currents is observed at the source side. The STCS center shifts to\u003Cbr\u002F\u003E\nthe side opposite the source position to preserve the balance of the total pressure. A comparison of STCS\u003Cbr\u002F\u003E\ncharacteristics formed by demagnetized and magnetized electron populations reveals that the sheet structure\u003Cbr\u002F\u003E\nis more sensitive to asymmetry in the case of magnetized electrons.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Plasma Physics Reports 2026 Vol. 52 No. 2 P. 179–185","en":"Plasma Physics Reports 2026 Vol. 52 No. 2 P. 179–185","ru":"Физика плазмы 2026 Т. 52 № 2 С. 179–185"},"main":"Tsareva O. O., Malova H. V., Popov V., Zelenyi L. M. et al. Asymmetric Equilibrium Structures of Superthin Current Sheets: The Asymmetry of Plasma Sources \u002F\u002F Plasma Physics Reports. 2026. Vol. 52. No. 2. P. 179–185."}},{"id":"1152936652","title":"Особенности генерации квазипериодических ОНЧ-излучений с существенной частотной динамикой внутри плазмосферы","createdAt":"2026-04-25T16:55:19.325Z","authorsByType":{"author":[{"id":"160550438","href":"\u002Forg\u002Fpersons\u002F160550438","title":{"ru":"Беспалов П. А.","en":"Bespalov P. A."},"altName":"П.А.Беспалов","otherName":""},{"id":"443020","href":"\u002Forg\u002Fpersons\u002F443020","title":{"ru":"Савина О. Н.","en":"Savina O. N."},"altName":"О.Н. Савина","otherName":""}]},"year":2025,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003EРассмотрены несколько базовых моделей частотной динамики в квазипериодических ОНЧ-излучениях\u003Cbr\u002F\u003E\nс периодами повторения спектральных форм от 10 до 300 с. Во всех случаях речь\u003Cbr\u002F\u003E\nидет о проявлениях циклотронной неустойчивости электронных радиационных поясов, которые\u003Cbr\u002F\u003E\nхорошо описываются в рамках теории плазменного магнитосферного мазера, основанной на\u003Cbr\u002F\u003E\nусредненной самосогласованной системе квазилинейных уравнений для частиц и волн. Не очень\u003Cbr\u002F\u003E\nчеткие спектральные элементы характерны для QP-всплесков, представляющих собой шипения\u003Cbr\u002F\u003E\nс резонансной модуляцией преимущественно вблизи верхней спектральной границы геомагнит-\u003Cbr\u002F\u003E\nными пульсациями диапазона Pc3-4. Анализ общей задачи о равновесии в радиационных поясах\u003Cbr\u002F\u003E\nпоказывает возможность его нестабильности, которая обусловлена отличием питч-угловых зави-\u003Cbr\u002F\u003E\nсимостей мощности источника частиц и стационарной функции распределения. В нелинейном\u003Cbr\u002F\u003E\nрежиме указанной нестабильности формируются QP2-излучения обычно с четким возрастани-\u003Cbr\u002F\u003E\nем частот в отдельных спектральных элементах. Основное внимание в работе уделено изучению\u003Cbr\u002F\u003E\nQP2-излучений с существенной частотной динамикой. При этом выясняются новые возможно-\u003Cbr\u002F\u003E\nсти диагностики космической плазмы и устанавливаются условия генерации часто наблюдаемых\u003Cbr\u002F\u003E\nквазипериодических излучений с большой и очень быстрой динамикой частотного спектра, ко-\u003Cbr\u002F\u003E\nторый можно представить в виде произведения функций, зависящих от времени и от частоты.\u003Cbr\u002F\u003E\nИзучение важных деталей возбуждения квазипериодических ОНЧ-излучений с существенной\u003Cbr\u002F\u003E\nчастотной динамикой внутри плазмосферы имеет интересные перспективы для дальнейших ис-\u003Cbr\u002F\u003E\nследований, а уже достигнутый уровень понимания магнитосферных процессов имеет реальный\u003Cbr\u002F\u003E\nдиагностический потенциал.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003ESeveral basic models of frequency dynamics in quasi-periodic VLF emissions with spectral form repetition\u003Cbr\u002F\u003E\nperiods from 10 to 300 s are considered. In all cases, we are talking about manifestations of cyclotron instability\u003Cbr\u002F\u003E\nof electron radiation belts thet are well described within the framework of the plasma magnetospheric maser\u003Cbr\u002F\u003E\ntheory based an the averaged self-consistent system of quasi-linear equations for waves and particles. Not\u003Cbr\u002F\u003E\ntoo clear spectral elements are characteristic of QP bursts, which are hisses with resonant modulation by\u003Cbr\u002F\u003E\ngeomagnetic pulsations of the Pc 3-4 range mainly near the upper spectral boundary. Analysis of the equilibrium\u003Cbr\u002F\u003E\nin the radiation belts reveals its possible instability caused by the difference in the pitch-angle dependences of\u003Cbr\u002F\u003E\nthe particle source power and the stationary distribution function. In the nonlinear regime of this instability,\u003Cbr\u002F\u003E\nQP 2-radiations are formed, usually with a clear frequency increase in individual spectral fragments. The main\u003Cbr\u002F\u003E\nobjective of our work is the study of QP 2 emissions with a significant frequency dynamics. This opens up\u003Cbr\u002F\u003E\nnew possibilities for the diagnostics of space plasma and makes it possible to determine the conditions for\u003Cbr\u002F\u003E\noccurrence of the frequently observed quasi-periodic emissions with large and very fast dynamics of the\u003Cbr\u002F\u003E\nfrequency spectrum, which can be represented as a product of functions dependent on time and frequency.\u003Cbr\u002F\u003E\nThe study of important details of the excitation of quasi-periodic VLF emissions with significant frequency\u003Cbr\u002F\u003E\ndynamics inside the plasmasphere has interesting prospects for further research, and the already achieved level\u003Cbr\u002F\u003E\nof understanding of magnetospheric processes has a real diagnostic potential.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Геомагнетизм и аэрономия 2025 Т. 65 № 5 С. 620–628","en":"Geomagnetism and Aeronomy 2025 Vol. 65 No. 5 P. 620–628","ru":"Геомагнетизм и аэрономия 2025 Т. 65 № 5 С. 620–628"},"main":"Беспалов П. А., Савина О. Н. et al. Особенности генерации квазипериодических ОНЧ-излучений с существенной частотной динамикой внутри плазмосферы \u002F\u002F Геомагнетизм и аэрономия. 2025. Т. 65. № 5. С. 620–628."}},{"id":"1152761134","title":"Modeling of Influence of a Thin Dielectric Film at a Fraction of Cathode Surface on Transition of a Glow Gas Discharge into an Arc Discharge","createdAt":"2026-04-25T04:23:42.520Z","authorsByType":{"author":[{"id":"47632628","href":"\u002Forg\u002Fpersons\u002F47632628","title":{"ru":"Бондаренко Г. Г.","en":"Bondarenko G."},"altName":"Bondarenko G.G.","otherName":""},{"id":"1158508753","href":null,"title":{"ru":"Maksim Robertovich F.","en":"Fisher M. R."},"altName":"Fisher M. R.","otherName":""},{"id":"1158508755","href":null,"title":{"ru":"Vladimir Ivanovich K.","en":"Kristya V. I."},"altName":"Kristya V. I.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EA model of the cathode layer of a glow gas discharge with a thin dielectric film on a fraction of the\u003Cbr\u002F\u003E\ncathode’s working surface is formulated. It is shown that a glow discharge most rapidly transits to an arc discharge,\u003Cbr\u002F\u003E\naccompanied by a significant increase in discharge current density and a decrease in cathode voltage\u003Cbr\u002F\u003E\ndrop, if the film occupies approximately half of the cathode surface.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Bulletin of the Russian Academy of Sciences: Physics 2026 Vol. 90 No. 4 P. 572–576","en":"Bulletin of the Russian Academy of Sciences: Physics 2026 Vol. 90 No. 4 P. 572–576","ru":"Известия РАН. Серия физическая 2026 Т. 90 № 4 С. 572–576"},"main":"Bondarenko G., Fisher M. R., Kristya V. I. et al. Modeling of Influence of a Thin Dielectric Film at a Fraction of Cathode Surface on Transition of a Glow Gas Discharge into an Arc Discharge \u002F\u002F Bulletin of the Russian Academy of Sciences: Physics. 2026. Vol. 90. No. 4. P. 572–576."}},{"id":"1151824347","title":"Stable Multi-Wavelength Resonant Metal-dielectric Hybrid Nanostructure in the Infrared Range","createdAt":"2026-04-22T12:24:59.593Z","authorsByType":{"author":[{"id":"1158198340","href":null,"title":{"ru":"Xiaoyuan L.","en":"Lu X."},"altName":"Lu X.","otherName":""},{"id":"1158198342","href":null,"title":{"ru":"Andrea T.","en":"Tognazzi A."},"altName":"Tognazzi A.","otherName":""},{"id":"1158198344","href":null,"title":{"ru":"Vasily K.","en":"Klimov V."},"altName":"Klimov V.","otherName":""},{"id":"218545947","href":"\u002Forg\u002Fpersons\u002F218545947","title":{"ru":"Задков В. Н.","en":"Zadkov V."},"altName":"Victor Nikolaevich Zadkov","otherName":""},{"id":"1158198348","href":null,"title":{"ru":"Alfonso C. C.","en":"Cino A. C."},"altName":"Cino A.","otherName":""},{"id":"1158198350","href":null,"title":{"ru":"Costantino D. A.","en":"De Angelis C."},"altName":"De Angelis C.","otherName":""},{"id":"1158198352","href":null,"title":{"ru":"Gang X.","en":"Xu G."},"altName":"Xu G.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EPlasmonic nanostructures typically exhibit shifts in their resonant wavelength in response to changes in the refractive index of the surrounding medium. This limits their applications in scenarios requiring stable optical resonances. Here we present a metallic-dielectric hybrid metasurface that exhibits stable multi-wavelength resonance even if the refractive index of its surrounding varies. To quantitatively evaluate the stability of the optical response, we introduce a stability factor \u003Cem\u003EF\u003C\u002Fem\u003E\u003Cem\u003ES \u003C\u002Fem\u003E= \u003Cem\u003En\u003C\u002Fem\u003E\u002Fλ. Here, \u003Cem\u003En \u003C\u002Fem\u003Eand λ represent variation of refractive index and shift of the resonant wavelength, respectively. A larger factor indicates better stability. The factor reaches 5 RIU\u002Fμm when silicon is employed as the central dielectric and increases to 33.3 RIU\u002Fμm when Bi2Te3 is utilized instead. The proposed innovative structure has potential applications in the development of substrates for in-vitro cell cultivation. Under broadband light illumination, it stably absorbs light at specific wavelengths, creating a consistent optical microenvironment leading to cell growth. It can find potential applications in precise control of various cellular processes, including metabolism and differentiation. It potentially brings a paradigm shift in the fields of cell based research and regenerative medicine, opening up new avenues for scientific exploration and therapeutic advancements.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Plasmonics 2026 Vol. 21 P. 1503–1512","en":"Plasmonics 2026 Vol. 21 P. 1503–1512","ru":"Plasmonics 2026 Т. 21 С. 1503–1512"},"main":"Lu X., Tognazzi A., Klimov V., Zadkov V., Cino A. C., De Angelis C., Xu G. et al. Stable Multi-Wavelength Resonant Metal-dielectric Hybrid Nanostructure in the Infrared Range \u002F\u002F Plasmonics. 2026. Vol. 21. P. 1503–1512."}},{"id":"1150864684","title":"Cross-influence of two societies in deterministic evolutionary game","createdAt":"2026-04-20T07:59:05.226Z","authorsByType":{"author":[{"id":"103609407","href":"\u002Forg\u002Fpersons\u002F103609407","title":{"ru":"Щур Л. Н.","en":"Shchur L."},"altName":"","otherName":""},{"id":"1158168238","href":null,"title":{"ru":"Dmitriy A.","en":"Antonov D."},"altName":"Antonov D.","otherName":""},{"id":"1158168240","href":null,"title":{"ru":"Evgeni B.","en":"Burovski E."},"altName":"Burovski E.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EWe present a simple model that simulates the possible influence of one society on another. Specifically, two societies evolve deterministically according to the well-known Nowak-May spatial game with the addition of mutual influence through connections that reflect the current states of the societies. This may be related to the influence of a global information resource on the society. We calculate persistence as a characteristic of chaotic behavior. A particularly interesting and novel phenomenon is that the quasi-stationary state of one society can lead to chaotic behavior of its individual members under the influence of another society, while the society itself remains stable.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"International Journal of Bifurcation and Chaos in Applied Sciences and Engineering 2026 P. 1–9","en":"International Journal of Bifurcation and Chaos in Applied Sciences and Engineering 2026 P. 1–9","ru":"International Journal of Bifurcation and Chaos in Applied Sciences and Engineering 2026 С. 1–9"},"main":"Shchur L., Antonov D., Burovski E. et al. Cross-influence of two societies in deterministic evolutionary game \u002F\u002F International Journal of Bifurcation and Chaos in Applied Sciences and Engineering. 2026. P. 1–9."}},{"id":"1150863909","title":"Ising models on the hydrogen peroxide and other lattices","createdAt":"2026-04-20T07:47:06.848Z","authorsByType":{"author":[{"id":"1150863920","href":null,"title":{"ru":"Xiaofeng Q.","en":"Qin X."},"altName":"Qin X.","otherName":""},{"id":"1150863922","href":null,"title":{"ru":"Youjin D.","en":"Deng Y."},"altName":"Deng Y.","otherName":""},{"id":"103609407","href":"\u002Forg\u002Fpersons\u002F103609407","title":{"ru":"Щур Л. Н.","en":"Shchur L."},"altName":"","otherName":""},{"id":"1150863926","href":null,"title":{"ru":"Henk W.J. B.","en":"Blote H. W."},"altName":"Blote H. J.","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"We perform a Monte Carlo analysis of the Ising model on many three-dimensional lattices. By means of finite-size scaling we obtain the critical points and determine the scaling dimensions. As expected, the critical exponents agree with the three-dimensional Ising universality class for all models. The irrelevant field, as revealed by the correction-to-scaling amplitudes, appears to be relatively large. Combining the Monte Carlo results for the hydrogen peroxide lattice with those for five other three-dimensional lattices, we obtain a set of data covering a wide range of the irrelevant temperature field. This is helpful in the determination of the parameters describing the corrections to scaling. As a consequence, new results are obtained for the universal parameters describing Ising criticality in three dimensions, with reduced error margins in comparison with earlier Monte Carlo analyses. The critical exponents describing the thermodynamic singularities are determined by the temperature renormalization exponent and the magnetic renormalization exponent . The corrections to scaling are governed by the irrelevant exponent .\n"},"description":{"short":{"publ":"\u002F Series arXiv \"math\". 2026. No. 2603.02962.","en":"\u002F Series arXiv \"math\". 2026. No. 2603.02962.","ru":"\u002F Серия arXiv \"math\". 2026. № 2603.02962."},"main":"Qin X., Deng Y., Shchur L., Blote H. W. Ising models on the hydrogen peroxide and other lattices \u002F Series arXiv \"math\". 2026. No. 2603.02962."}},{"id":"1150863354","title":"Algorithmic overlaps as thermodynamic variables: from local to cluster Monte Carlo dynamics in critical phenomena","createdAt":"2026-04-20T07:36:22.410Z","authorsByType":{"author":[{"id":"591284001","href":"\u002Forg\u002Fpersons\u002F591284001","title":{"ru":"Пиле Я. Э.","en":"Pilé I."},"altName":"","otherName":""},{"id":"1150863367","href":null,"title":{"ru":"Youjin D.","en":"Deng Y."},"altName":"Deng Y.","otherName":""},{"id":"103609407","href":"\u002Forg\u002Fpersons\u002F103609407","title":{"ru":"Щур Л. Н.","en":"Shchur L."},"altName":"","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"We investigate the spatial overlap of successive spin configurations in Markov chain Monte Carlo simulations using the local Metropolis algorithm and the Svendsen-Wang and Wolff cluster algorithms. We examine the dynamics of these algorithms for two models in different universality classes: the Ising model and the Potts model with three components. The overlap of two successive Wolff clusters reflects critical behavior and can be used as an order parameter for the algorithm's dynamics.\nIn the case of the Svendsen-Wang algorithm, similar behavior is demonstrated by the variation in the overlap of two consecutive lattice configurations, which behaves like order parameter. Nothing similar is observed for the Metropolis algorithm, and the dynamics in the critical region are determined by the spin flip frequency, which is equivalent to the acceptance rate. Thus, the critical behavior of Wolff cluster overlap and the variation of configuration overlap in the Svendsen-Wang algorithm are naturally related to the critical behavior of geometric objects—Fortuin-Kastelein clusters. Interestingly, in all cases, the geometric quantity—configuration overlap or its variation—reflects the thermodynamics of the phase transition.\n"},"description":{"short":{"publ":"\u002F Series arXiv \"math\". 2026. No. 2604.10254.","en":"\u002F Series arXiv \"math\". 2026. No. 2604.10254.","ru":"\u002F Серия arXiv \"math\". 2026. № 2604.10254."},"main":"Pilé I., Deng Y., Shchur L. Algorithmic overlaps as thermodynamic variables: from local to cluster Monte Carlo dynamics in critical phenomena \u002F Series arXiv \"math\". 2026. No. 2604.10254."}},{"id":"1150650707","title":"Electric Double Layer: From Classical Stern-like Models to Advanced Continuum Theories","createdAt":"2026-04-19T12:14:22.076Z","authorsByType":{"author":[{"id":"1156016584","href":null,"title":{"ru":"S.V. D.","en":"Doronin S."},"altName":"Doronin S. V.","otherName":""},{"id":"133709486","href":"\u002Forg\u002Fpersons\u002F133709486","title":{"ru":"Будков Ю. А.","en":"Budkov Y."},"altName":"","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EThe electric double layer (EDL) governs charge distribution at electrode–electrolyte interfaces, controlling reaction kinetics and energy storage performance. This mini review surveys the evolution of EDL theory—from the classical Gouy-Chapman-Stern framework to modern coupled quantum-continuum schemes that integrate electronic structure with statistical mechanics. We show how modified Poisson–Boltzmann (mPB) formu-lations incorporating finite ion size, dielectric saturation, and ion polarizability extend continuum predic-tive power. Classical density functional theory (cDFT) emerges as the most rigorous continuum route, capturing structural layering, ion correlations, and specific adsorption without artificial layer splitting. Atomistic approaches (MD, AIMD, machine learning interatomic potentials) deliver molecular insight with ab initio accuracy across extended scales. We discuss key experimental benchmarks (differential capacitance, X-ray and vibrational spectroscopy) and identify promising directions: hybrid quantum + mPB\u002FcDFT schemes capturing electronic spillover and partial charge transfer, advanced force fields, and open capacitance databases. These advances point toward a unified multiscale framework for predictive modelling of electrochemical interfaces.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Current Opinion in Electrochemistry 2026 Vol. 57 Article 101853","en":"Current Opinion in Electrochemistry 2026 Vol. 57 Article 101853","ru":"Current Opinion in Electrochemistry 2026 Т. 57 Статья 101853"},"main":"Doronin S., Budkov Y. et al. Electric Double Layer: From Classical Stern-like Models to Advanced Continuum Theories \u002F\u002F Current Opinion in Electrochemistry. 2026. Vol. 57. Article 101853."}},{"id":"1150301565","title":"Theory of capillary-induced self-coacervation in zwitterionic polymer solutions","createdAt":"2026-04-18T13:23:53.652Z","authorsByType":{"author":[{"id":"510453666","href":"\u002Forg\u002Fpersons\u002F510453666","title":{"ru":"Каликин Н. Н.","en":"Kalikin N."},"altName":"Nikolai N. Kalikin","otherName":""},{"id":"765648943","href":"\u002Forg\u002Fpersons\u002F765648943","title":{"ru":"Брандышев П. Е.","en":""},"altName":"Petr E. Brandyshev","otherName":""},{"id":"133709486","href":"\u002Forg\u002Fpersons\u002F133709486","title":{"ru":"Будков Ю. А.","en":"Budkov Y."},"altName":"Yury A. Budkov","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003EThis study presents a mean-field theory for zwitterionic polymer solutions confined within attractive slit-like nanopores. Building upon our prior model for self-coacervation [Budkov et al., Soft Matter 19, 3281–3289 (2023)], we demonstrate that strong electrostatic dipole–dipole correlations between monomeric units, coupled with attraction to pore walls, can induce capillary-driven liquid–liquid phase separation inside the pore—a phenomenon we term capillary-induced self-coacervation. Using a thermomechanical approach (Budkov et al., J. Stat. Mech.: Theory Exp. 2024, 123201), we calculate the disjoining pressure, revealing a pronounced non-monotonic dependence on pore width linked to coacervate film formation and rupture. Remarkably, we identify a crossover between two film formation mechanisms controlled by wall attraction strength. For weak adsorption, film formation is bridging-dominated, with critical pore width scaling as Hc &sim; N^1\u002F2 . For strong adsorption, the system crosses over to a cohesion-dominated regime where Hc saturates to an N-independent plateau, indicating collective phase behavior governed by a confinement-induced shift of the local binodal. This duality reveals the interplay between singlechain connectivity and collective thermodynamics in confined polyzwitterions. The theory offers new insights into coacervate film formation on mineral surfaces, with implications for prebiotic compartmentalization.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Journal of Chemical Physics 2026 Vol. 164 No. 15 Article 154904","en":"Journal of Chemical Physics 2026 Vol. 164 No. 15 Article 154904","ru":"Journal of Chemical Physics 2026 Т. 164 № 15 Статья 154904"},"main":"Kalikin N., Брандышев П. Е., Budkov Y. et al. Theory of capillary-induced self-coacervation in zwitterionic polymer solutions \u002F\u002F Journal of Chemical Physics. 2026. Vol. 164. No. 15. Article 154904."}},{"id":"1150230001","title":"UV-C microdisk lasers based on AlGaN heterostructures on sapphire","createdAt":"2026-04-18T08:51:14.507Z","authorsByType":{"author":[{"id":"343119975","href":"\u002Forg\u002Fpersons\u002F343119975","title":{"ru":"Моисеев Э. И.","en":"Moiseev E."},"altName":"","otherName":""},{"id":"936610555","href":"\u002Forg\u002Fpersons\u002F936610555","title":{"ru":"Масютин Д. А.","en":null},"altName":"D.A. Masyutin","otherName":""},{"id":"456860168","href":"\u002Forg\u002Fpersons\u002F456860168","title":{"ru":"Мельниченко И. А.","en":null},"altName":"I.A. Melnichenko","otherName":""},{"id":"1158436270","href":null,"title":{"ru":"Evgenii L.","en":"Lutsenko E."},"altName":"Lutsenko E.","otherName":""},{"id":"1158436272","href":null,"title":{"ru":"Denis S.","en":"Shohonov D."},"altName":"Shohonov D.","otherName":""},{"id":"1158436274","href":null,"title":{"ru":"Victor M.","en":"Mikulich V."},"altName":"Mikulich V.","otherName":""},{"id":"1158436276","href":null,"title":{"ru":"Aliaksei V.","en":"Vainilovich A."},"altName":"Vainilovich A.","otherName":""},{"id":"1158436278","href":null,"title":{"ru":"Zhai R.","en":"Ruizhan Z."},"altName":"Ruizhan Z.","otherName":""},{"id":"1158436280","href":null,"title":{"ru":"Zhongqing J.","en":"Jia Z."},"altName":"Jia Z.","otherName":""},{"id":"1158436282","href":null,"title":{"ru":"Antonina P.","en":"Pivovarova A."},"altName":"Pivovarova A.","otherName":""},{"id":"1158436284","href":null,"title":{"ru":"Natalia I.","en":"Ilyinskaya N."},"altName":"Ilyinskaya N.","otherName":""},{"id":"1158436286","href":null,"title":{"ru":"Irina S.","en":"Smirnova I."},"altName":"Smirnova I.","otherName":""},{"id":"1158436288","href":null,"title":{"ru":"Lev M.","en":"Markov L."},"altName":"Markov L.","otherName":""},{"id":"501610507","href":"\u002Forg\u002Fpersons\u002F501610507","title":{"ru":"Иванов К. А.","en":"Ivanov K."},"altName":"","otherName":""},{"id":"332846774","href":"\u002Forg\u002Fpersons\u002F332846774","title":{"ru":"Крыжановская Н. В.","en":"Kryzhanovskaya N."},"altName":"","otherName":""},{"id":"332846767","href":"\u002Forg\u002Fpersons\u002F332846767","title":{"ru":"Жуков А. Е.","en":"Zhukov A."},"altName":"","otherName":""}]},"year":2026,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":null,"en":"\u003Cp\u003ELasing at a wavelength near 255 nm is demonstrated in AlGaN whispering gallery mode microlasers with radii ranging from 1 to 3 µm fabricated on sapphire substrates, representing one of the shortest-wavelength realizations of microdisk lasers on this technologically relevant platform. The minimum threshold energy was 8.8 pJ (power density ≈ 280 kW\u002Fcm2) for a microlaser with a radius of 1 μm. At a radius of 3 µm, the threshold energy reached 110 pJ without a significant change in power density. The quality factor is estimated to be at least 1000. The achieved low-threshold lasing at room temperature, as well as the fabrication technology compatible with planar processes, demonstrate the high potential of AlGaN microlasers for practical applications in the UV-C range.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Optics and Laser Technology 2026 Vol. 201 No. 115289 Article 115289","en":"Optics and Laser Technology 2026 Vol. 201 No. 115289 Article 115289","ru":"Optics and Laser Technology 2026 Т. 201 № 115289 Статья 115289"},"main":"Moiseev E., Масютин Д. А., Мельниченко И. А., Lutsenko E., Shohonov D., Mikulich V., Vainilovich A., Ruizhan Z., Jia Z., Pivovarova A., Ilyinskaya N., Smirnova I., Markov L., Ivanov K., Kryzhanovskaya N., Zhukov A. et al. UV-C microdisk lasers based on AlGaN heterostructures on sapphire \u002F\u002F Optics and Laser Technology. 2026. Vol. 201. No. 115289. Article 115289."}},{"id":"1108159027","title":"Философские проблемы квантовой механики: историческая реальность и перспективы развития (материалы «круглого стола»)","createdAt":"2025-12-05T14:46:55.861Z","authorsByType":{"author":[{"id":"66441","href":"\u002Forg\u002Fpersons\u002F66441","title":{"ru":"Пружинин Б. И.","en":"Pruzhinin B. I."},"altName":"","otherName":""},{"id":"1122961665","href":null,"title":{"ru":"Леонид Григорьевич А.","en":"Антипенко Л. Г."},"altName":"Антипенко Л. Г.","otherName":""},{"id":"61874498","href":null,"title":{"ru":"Аршинов В. И.","en":""},"altName":"","otherName":""},{"id":"1122961669","href":null,"title":{"ru":"Владимир Григорьевич Б.","en":"Буданов В. Г."},"altName":"Буданов В. Г.","otherName":""},{"id":"66583","href":null,"title":{"ru":"Васюков В. Л.","en":"Vasyukov V. L."},"altName":"","otherName":""},{"id":"1122961673","href":null,"title":{"ru":"Юрий Сергеевич В.","en":"Владимиров Ю. С."},"altName":"Владимиров Ю. С.","otherName":""},{"id":"1122961675","href":null,"title":{"ru":"Александр Петрович Е.","en":"Ефремов А. П."},"altName":"Ефремов А. П.","otherName":""},{"id":"1122961677","href":null,"title":{"ru":"Сергей Николаевич Ж.","en":"Жаров С. Н."},"altName":"Жаров С. Н.","otherName":""},{"id":"500317","href":"\u002Forg\u002Fpersons\u002F500317","title":{"ru":"Карпенко И. А.","en":"Karpenko I."},"altName":"","otherName":""},{"id":"1122961681","href":null,"title":{"ru":"Виктор Николаевич К.","en":"Князев В. Н."},"altName":"Князев В. Н.","otherName":""},{"id":"1122961683","href":null,"title":{"ru":"Александр Александрович П.","en":"Печенкин А. А."},"altName":"Печенкин А. А.","otherName":""},{"id":"1122961685","href":null,"title":{"ru":"Андрей Юрьевич С.","en":"Севальников А. Ю."},"altName":"Севальников А. Ю.","otherName":""},{"id":"341087490","href":"\u002Forg\u002Fpersons\u002F341087490","title":{"ru":"Терехович В. Э.","en":"Terekhovich V."},"altName":"","otherName":""},{"id":"33651753","href":null,"title":{"ru":"Щедрина Т. Г.","en":"Shchedrina T."},"altName":"","otherName":""}]},"year":2025,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003EВ июне 2025 г. в журнале «Вопросы философии» состоялся юбилейный «круглый стол» «Философские проблемы квантовой механики: историческая реальность и перспективы развития», посвященный столетию возникновения математического формализма квантовой механики. Организатором «круглого стола» выступил сектор философии естественных наук Института философии РАН. В дискуссии приняли участие специалисты в области философии и методологии науки, философских проблем квантовой механики, ученые-естественники, историки науки. В центре внимания участников оказались прежде всего смысловые аспекты математического аппарата квантовой механики и вопрос о том, какое событие в этой области знания считать датой ее рождения. Кроме того, в ходе междисциплинарного разговора уточнялись траектории сопряжения квантовой механики и социально-гуманитарных наук в современном меняющемся мире. Особой темой обсуждения стал вопрос о том, какие философские исследовательские программы оказали влияние на развитие квантовой механики и насколько серьезно сама квантовая механика повлияла на развитие этих программ (в том числе и экофилософских). Большинство участников были единодушны в том, что для осмысления принципиальных оснований квантовой механики особое значение приобретают сегодня диалектика и феноменология (Г.В.Ф. Гегеля, М. Хайдеггера, Г.Г. Шпета и др.). Еще один оригинальный ракурс полемики был связан с выяснением философских смыслов логики и герменевтики и оценкой их методологического потенциала в исследованиях по квантовой механике.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003EIn June 2025, the Voprosy filosofii journal hosted a jubilee “round table” “Philosophical Problems of Quantum Mechanics: Historical Reality and Development Prospects,” dedicated to the centenary of the emergence of the mathematical formalism of quantum mechanics. The round table was organized by the Department of Philosophy of the Natural Sciences at the Institute of Philosophy of the Russian Academy of Sciences. The discussion brought together specialists in the philosophy and methodology of science, in the philosophical problems of quantum mechanics, as well as natural scientists and historians of science. Participants focused primarily on the conceptual aspects of the mathematical framework of quantum mechanics and on the question of which event should be considered the true “birthdate” of this field of knowledge. In addition, the interdisciplinary dialogue clarified the trajectories of interaction between quantum mechanics and the social and human sciences in today’s changing world. A special topic of discussion concerned the philosophical research programs that influenced the development of quantum mechanics, and the extent to which quantum mechanics itself has significantly shaped these programs (including eco-philosophical ones). Most participants agreed that dialectics and phenomenology (particularly those of G.W.F. Hegel, M. Heidegger, G.G. Shpet, and others) are acquiring special importance today for comprehending the fundamental foundations of quantum mechanics. Another original perspective in the debate was linked to examining the philosophical meanings of logic and hermeneutics and assessing their methodological potential in research on quantum mechanics.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Вопросы философии 2025 № 12 С. 19–64","en":"Вопросы философии 2025 No. 12 P. 19–64","ru":"Вопросы философии 2025 № 12 С. 19–64"},"main":"Пружинин Б. И., Леонид Григорьевич А., Аршинов В. И., Владимир Григорьевич Б., Васюков В. Л., Юрий Сергеевич В., Александр Петрович Е., Сергей Николаевич Ж., Карпенко И. А., Виктор Николаевич К., Александр Александрович П., Андрей Юрьевич С., Терехович В. Э., Щедрина Т. Г. et al. Философские проблемы квантовой механики: историческая реальность и перспективы развития (материалы «круглого стола») \u002F\u002F Вопросы философии. 2025. № 12. С. 19–64."}},{"id":"1004233675","title":"Разработка инструмента оценки эффективности экспериментальной деятельности подростков на примере задач с физическим содержанием","createdAt":"2025-01-10T13:43:18.352Z","authorsByType":{"author":[{"id":"1007128028","href":null,"title":{"ru":"Александр Изотович А.","en":"Адамский А. И."},"altName":"Адамский А. И.","otherName":""},{"id":"210273291","href":"\u002Forg\u002Fpersons\u002F210273291","title":{"ru":"Колачев Н. И.","en":"Kolachev N."},"altName":"","otherName":""}]},"year":2024,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003EВ фокусе внимания статьи находится проблема повышения эффективности естественно-научного школьного образования (в частности, физического) на основе принципа задачности и построения занятий на экспериментальной деятельности. Базовой единицей построения такой модели является действие учащегося, мотивированное, осознанное, направленное на пробу решения задачи, поиск способа решения и возможность рефлексии и обобщения целенаправленных действий. Однако для оценки эффективности действий нужны качественные исследовательские инструменты, позволяющие собирать достоверные данные. Для решения этой задачи мы разработали инструмент и эмпирически проверили требования, предъявляемые к нему. Мы предположили, что такими требованиями являются: 1) соответствие структуре деятельности; 2) многофункциональность и устойчивость к замене оценивающего субъекта. Требования к инструменту были сформулированы авторами этой статьи на основе теории учебной деятельности В. В. Давыдова и теории психолого-педагогических измерений. Сбор данных осуществлялся с помощью невключенного наблюдения, оценка деятельности учащихся проводилась независимыми экспертами – асессорами – на основе аудио- и видеосъемки экспериментальных занятий в трех школах г. Южно-Сахалинска. Проверка требований осуществлялась на основе анализа экспертных суждений, а также с применением метрик согласованности – доли совпадений результатов и непараметрического коэффициента конкордации Кендалла. Анализ полученных данных показал: а) разработанный инструмент позволяет зафиксировать действия по решению задачи в соответствии с теоретической моделью; б) результаты наблюдений независимыми асессорами дают близкие оценки; это отразилось в приемлемых значениях показателей согласованности оценок.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003EThis article focuses on addressing the problem of enhancing the effectiveness of natural science education in schools, particularly in physics, by applying the principle of problem-based learning and designing lessons centered on experimental activity. The foundational unit of this model is a student's action that is motivated, deliberate, and aimed at attempting to solve a task, exploring solutions, and engaging in reflection and generalization of goal-directed actions. However, assessing the effectiveness of such actions requires high-quality research instruments capable of collecting reliable data. To address this challenge, we developed an assessment instrument and empirically tested some psychometric requirements. We hypothesized that the key requirements for such an instrument are: (1) alignment with the structure of activity; (2) multifunctionality and robustness against changes in the evaluator. These requirements were formulated by the authors based on V.V. Davydov's theory of learning activity and the theory of psycho-pedagogical measurement. Data collection was conducted through non-participant observation, with student activity evaluated by independent experts—assessors—using audio and video recordings of experimental lessons in three schools in Yuzhno-Sakhalinsk. The validation of the instrument's requirements was carried out through the analysis of expert judgments and the application of consistency metrics, such as the proportion of matching results and Kendall's nonparametric concordance coefficient. The analysis of the collected data demonstrated that: (a) the developed instrument effectively captures actions related to task-solving in accordance with the theoretical model; (b) the assessments by independent observers yielded similar results, as reflected in acceptable consistency metrics for their evaluations.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Образование и саморазвитие 2024 Т. 19 № 4 С. 133–147","en":"Education and Self Development 2024 Vol. 19 No. 4 P. 133–147","ru":"Образование и саморазвитие 2024 Т. 19 № 4 С. 133–147"},"main":"Александр Изотович А., Колачев Н. И. et al. Разработка инструмента оценки эффективности экспериментальной деятельности подростков на примере задач с физическим содержанием \u002F\u002F Образование и саморазвитие. 2024. Т. 19. № 4. С. 133–147."}},{"id":"871492728","title":"AIP Conference Proceedings 2872: 11th Int’l Conference on Mathematical Modeling in Physical Sciences. Belgrade, Serbia, 5-8 September 2022","createdAt":"2023-11-08T17:53:45.982Z","authorsByType":{"author":null},"year":2023,"publisher":{"title":{"ru":"AIP Publishing LLC","en":"AIP Publishing LLC"}},"annotation":{"ru":null,"en":null},"description":{"short":{"publ":"AIP Publishing LLC, 2023.","en":"AIP Publishing LLC, 2023","ru":"AIP Publishing LLC, 2023"},"main":"."}},{"id":"803293909","title":"Образовательная настольная игра \"Карта открытий\" как способ вовлечения учащихся и развития универсальных компетентностей (на примере уроков физики)","createdAt":"2022-12-19T17:41:12.437Z","authorsByType":{"author":[{"id":"101527939","href":"\u002Forg\u002Fpersons\u002F101527939","title":{"ru":"Крайнова П. О.","en":"Kraynova P."},"altName":"","otherName":""},{"id":"305071443","href":null,"title":{"ru":"Громов Е. А.","en":""},"altName":"","otherName":""}]},"year":2022,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003EНа примере проблем, с которыми сталкивается учитель физики в общеобразовательной школе, показан потенциал использования геймификации в образовательном процессе для повышения вовлеченности учащихся. Рассмотрены особенности возраста, которые необходимо учитывать при работе со старшими школьниками. Предложена методика авторской настольной игры, описан ход урока с ее использованием, предложены конкретные вопросы и задания по физике, которые могут быть использованы в игре. Кроме того, описаны возможности применения данной механики в других предметах, а также для создания метапредметных связей, построения обучения вокруг Больших идей, развития универсальных компетентностей и планирования внеучебных процессов, включая экскурсионную деятельность. Игровое поле и карточки заданий, представленные в игре можно распечатать и использовать при работе с классом.\u003C\u002Fp\u003E\n","en":"\u003Cp\u003EThe article illustrates utilization capacity of gamification in the educational process to increase student engagement by the example of problems faced by physics teachers in schools. Age characteristics that should be considered when working with high school students are stated. The methodology of the unique board game is presented. Also, the article describes the course of the lesson with its use, and proposes specific questions and physics tasks that can be used in the game. Moreover, the possibilities of applying the mechanisms in other subjects are described as well as creating meta- subject connections, building learning around big ideas, developing universal competencies and planning extracurricular processes, including excursion activities. The game’s playing field and task cards can be printed out and used in class.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Исследователь\u002FResearcher 2022 Т. 37-38 № 1-2 С. 170–177","en":"Researcher 2022 Vol. 37-38 No. 1-2 P. 170–177","ru":"Исследователь\u002FResearcher 2022 Т. 37-38 № 1-2 С. 170–177"},"main":"Крайнова П. О., Громов Е. А. et al. Образовательная настольная игра \"Карта открытий\" как способ вовлечения учащихся и развития универсальных компетентностей (на примере уроков физики) \u002F\u002F Исследователь\u002FResearcher. 2022. Т. 37-38. № 1-2. С. 170–177."}},{"id":"792694479","title":"Образовательная настольная игра «Карта открытий» как способ вовлечения учащихся и развития универсальных компетентностей (на примере уроков физики)","createdAt":"2022-11-06T09:46:09.973Z","authorsByType":{"author":[{"id":"792694536","href":null,"title":{"ru":"Евгений Александрович Г.","en":"Громов Е. А."},"altName":"Громов Е. А.","otherName":""}]},"year":2022,"publisher":{"title":{"ru":null,"en":null}},"annotation":{"ru":"\u003Cp\u003Eна примере проблем, с которыми сталкивается учитель физики в общеобразовательной школе, показан потенциал использования геймификации в образовательном процессе для повышения вовлеченности учащихся. Рассмотрены особенности возраста, которые необходимо учитывать при работе со старшими школьниками. Предложена методика авторской настольной игры, описан ход урока с ее использованием, предложены конкретные вопросы и задания по физике, которые могут быть использованы в игре. Кроме того, описаны возможности применения данной механики в других предметах, а также для создания метапредметных связей, построения обучения вокруг Больших идей, развития универсальных компетентностей и планирования внеучебных процессов, включая экскурсионную деятельность. Игровое поле и карточки заданий, представленные в игре можно распечатать и использовать при работе с классом\u003C\u002Fp\u003E\n","en":"\u003Cp\u003EThe article illustrates utilization capacity of gamification in the educational process to increase student engagement by the example of problems faced by physics teachers in schools. Age characteristics that should be considered when working with high school students are stated. The methodology of the unique board game is presented. Also, the article describes the course of the lesson with its use, and proposes specific questions and physics tasks that can be used in the game. Moreover, the possibilities of applying the mechanisms in other subjects are described as well as creating metasubject connections, building learning around big ideas, developing universal competencies and planning extracurricular processes, including excursion activities. The game’s playing field and task cards can be printed out and used in class.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Исследователь\u002FResearcher 2022 № 1-2 (37-38) С. 170–177","en":"Researcher 2022 No. 1-2 (37-38) P. 170–177","ru":"Исследователь\u002FResearcher 2022 № 1-2 (37-38) С. 170–177"},"main":"Евгений Александрович Г. et al. Образовательная настольная игра «Карта открытий» как способ вовлечения учащихся и развития универсальных компетентностей (на примере уроков физики) \u002F\u002F Исследователь\u002FResearcher. 2022. № 1-2 (37-38). С. 170–177."}},{"id":"782388532","title":"Journal of Physics: Conference Series, Vol. 1740","createdAt":"2022-10-11T10:21:49.661Z","authorsByType":{"author":null},"year":2021,"publisher":{"title":{"ru":"IOP Publishing","en":"IOP Publishing"}},"annotation":{"ru":null,"en":"\u003Cp\u003EComputer simulations are well established third pillar of the modem natural sciences. It complements the experiment and theory, and to the emerging the fourth pillar, the extraction of the new knowledge from the big data sets. The conference Computer simulations in Physics and beyond (CSP2020) are multidisciplinary meetings focusing on computational physics and related subjects. Indeed, computational physics methods prove useful in a broad spectrum of research in multiple natural sciences branches, and this volume provides a sample. The applications of machine learning in the natural sciences were presented at CSP2020 as well.\u003C\u002Fp\u003E\n\n\u003Cp\u003EThis volume collects the refereed papers based on plenary, invited, and oral talks and the posters presented at the Fourth International Conference on Computer Simulations in Physics and beyond (CSP2020), which took place October 12-16, 2020 in Moscow. The CSP2020 conference continues the tradition started by an inaugural conference in 2015. It was jointly organized by the National Research University Higher School of Economics, the Landau Institute for Theoretical Physics, and Science Center in Chernogolovka.\u003C\u002Fp\u003E\n\n\u003Cp\u003EThis year is unusual for the CSP conference due to the pandemic. We understood the difficulty for some participants to come to Moscow, taking into account the lockdowns around the world. Consequently, we change the usual format of the Conference: both plenary talks and parallel sessions will be afternoon due to the equilibration of the time zone differences around the globe. Parallel sessions include the contributed talks (20 min) and the poster talks (short online talks up to 10 min). We decided to add an epilogue to discuss the experience of shifting the conference online during a pandemic. The discussion particularly emphasizes the advantages and disadvantages of that move. We wrote the epilogue with the hope that our modest experience can be useful to other conference organizers.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"IOP Publishing, 2021.","en":"IOP Publishing, 2021","ru":"IOP Publishing, 2021"},"main":"."}},{"id":"549257319","title":"IOP Conference Series: Earth and Environmental Science, Vol. 937","createdAt":"2022-01-04T04:31:12.439Z","authorsByType":{"author":null},"year":2021,"publisher":{"title":{"ru":"IOP Publishing","en":"IOP Publishing"}},"annotation":{"ru":null,"en":"\u003Cp\u003EIn this series research presented and discussed at conference dedicated to the problems of physics, materials science, environmental science, bioscience, engineering, computational science and mathematics were published \u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"IOP Publishing, 2021.","en":"IOP Publishing, 2021","ru":"IOP Publishing, 2021"},"main":"."}},{"id":"519483958","title":"IOP Conference Series: Materials Science and Engineering, Volume 537, Issue 3","createdAt":"2021-10-20T11:32:32.817Z","authorsByType":{"author":null},"year":2019,"publisher":{"title":{"ru":"Institute of Physics Publishing (IOP)","en":"Institute of Physics Publishing (IOP)"}},"annotation":{"ru":null,"en":"\u003Cp\u003EThe collection of papers presented at International Workshop "Advanced Technologies in Material Science, Mechanical and Automation Engineering – MIP: Engineering – 2019" 4–6 April 2019, Krasnoyarsk, Russian Federation. Key topics include physics, materials science, environmental science, bioscience, engineering, economics, business, computational science and mathematics.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Institute of Physics Publishing (IOP), 2019.","en":"Institute of Physics Publishing (IOP), 2019","ru":"Institute of Physics Publishing (IOP), 2019"},"main":"."}},{"id":"519176337","title":"IOP Conference Series: Earth and Environmental Science, Vol. 421","createdAt":"2021-10-18T23:30:57.773Z","authorsByType":{"author":null},"year":2020,"publisher":{"title":{"ru":"Institute of Physics Publishing (IOP)","en":"Institute of Physics Publishing (IOP)"}},"annotation":{"ru":null,"en":"\u003Cp\u003EThe collection of papers presented at 2nd International Scientific Conference «AGRITECH-II-2019: Agribusiness, Environmental Engineering and Biotechnologies» 13–14 November 2019, Krasnoyarsk, Russia. Key topics include physics, materials science, environmental science, bioscience, engineering, economics, business, computational science and mathematics.\u003C\u002Fp\u003E\n"},"description":{"short":{"publ":"Institute of Physics Publishing (IOP), 2020.","en":"Institute of Physics Publishing (IOP), 2020","ru":"Institute of Physics Publishing (IOP), 2020"},"main":"."}}],"metaTegs":[{"id":"twitter_card","name":"twitter:card","content":"summary"},{"id":"og:title","property":"og:title","content":"Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons"},{"id":"mrc__share_title","name":"mrc__share_title","content":"Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons"},{"id":"itemprop","itemprop":"name","content":"Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons"},{"id":"twitter:title","name":"twitter:title","content":"Search for neutral resonances decaying into a Z boson and a pair of b jets or τ leptons"},{"id":"description","name":"description","content":"A search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a pair. The Z boson is identified via its decays to electrons or muons."},{"id":"og:description","property":"og:description","content":"A search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a pair. The Z boson is identified via its decays to electrons or muons."},{"id":"mrc__share_description","name":"mrc__share_description","content":"A search is performed for a new resonance decaying into a lighter resonance and a Z boson. Two channels are studied, targeting the decay of the lighter resonance into either a pair of oppositely charged τ leptons or a pair. 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