Long-Lived Luminous Formations (LLO), Ball Lightning (BL), and Their Researches
Vladimir L. Bychkov
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In one page
Vladimir Bychkov has spent a working life on ball lightning, and this opening chapter of his 2022 Springer monograph is the field’s own memory. He sets out who turned a glowing sphere in the air into a scientific subject rather than a rumour — Faraday, Lomonosov, Arago, Tesla, Kapitsa, Frenkel, Singer, and the groups working today. The chapter’s other job is a distinction the whole book runs on. Natural ball lightning is what people see during storms; long-lived luminous formations are the artificial version, plasma balls made deliberately in a laboratory and kept alight far longer than an ordinary spark. Bychkov argues the two belong in one volume, because it is the laboratory objects that tell you what can actually be simulated and measured. He then sorts the entire field into four working directions — collecting observations, analysing them statistically, making luminous balls experimentally, and modelling them theoretically — and those four become the four chapters that follow.
Why it matters hereChapter 9 treats plasmoids and self-sustaining luminous spheres as objects to be built and instrumented, and this chapter hands the site the field’s own map of itself: who works on them, along which four lines, and which laboratory routes have already produced a ball. Chapter 1 gets a worked example of the evidence ladder, because Bychkov keeps the observational record, the statistics, the experiments and the theory in separate compartments and says which is which.
What it claims
01The chapter is a history of the subject: it is devoted to the contribution of the main ball lightning researchers, and from it a reader can learn the role of Michael Faraday, Mikhail Lomonosov, François Arago, Nikola Tesla, Pyotr Kapitsa, Yakov Frenkel and Stanley Singer in the formation of research on ball lightning.Abstract, chapter 1, pages 1 to 30
Published and peer-reviewed02Long-lived luminous formations are artificial ball lightning — luminous plasma objects obtained experimentally in laboratories — and the monograph considers them jointly with natural ball lightning because such complex objects need a comprehensive analysis, and because the artificial ones show what can actually be simulated.Abstract, and the publisher’s About this book statement for the volume
Published and peer-reviewed03Bychkov identifies four areas of research in the field: the collection of observational data on ball lightning, the statistical analysis of those observations, experimental studies on the modelling of long-lived luminous formations and ball lightning, and theoretical models of ball lightning.Abstract, closing sentence; the four directions become chapters 2 to 5 of the volume
Published and peer-reviewed04The chapter provides data on the groups of modern researchers of ball lightning and long-lived luminous formations, so the field is presented as a living set of laboratories and collaborations rather than a closed historical episode.Abstract; keywords: main investigators, directions of investigation
Published and peer-reviewed05The reference list is the lineage the field stands on, and it is short and specific: Tesla’s Colorado Springs notes and the Corum brothers’ account of Tesla’s production of electric fireballs, Frenkel’s 1949 theory of atmospheric electricity, Singer 1971, Barry 1980, Stakhanov 1985, Smirnov 1989 and Stenhoff 1999, alongside modern experiment — Paiva and colleagues on luminous balls from electrical discharges in silicon, and Stephan and Massey on burning molten metallic spheres.References, 25 entries, chapter 1
Published and peer-reviewed06What the chapter’s own structure leaves open: experimental modelling and theoretical models are still two separate directions rather than one settled account. The result that would join them is a laboratory-made luminous formation whose lifetime, energy and behaviour match what the observational record reports for the natural object.Abstract, the four identified directions of research
What to watch
The way in
https://doi.org/10.1007/978-3-031-07861-3_1PUBLICATION. Chapter 1, pages 1 to 30, of the monograph ‘Natural and Artificial Ball Lightning in the Earth’s Atmosphere’, Springer Atmospheric Sciences series, Springer International Publishing 2022; print ISBN 978-3-031-07860-6, electronic ISBN 978-3-031-07861-3. Author: Vladimir L. Bychkov, Faculty of Physics, Lomonosov Moscow State University, Moscow — lead researcher on the physical electronics chair, full member of the Russian Academy of Natural Sciences since 2011, awarded the V. I. Vernadsky Honorary Silver Medal in 2017. LICENCE, CHECKED 2026-09-08. The Crossref record for this digital object identifier lists only Springer’s text-and-data-mining terms at springer.com/tdm for both the text-mining and version-of-record content versions, and Unpaywall returns is_oa false with oa_status closed. No Creative Commons statement exists on the chapter or the book, so this page reproduces none of the chapter’s text. SOURCE. The chapter PDF at link.springer.com is bot-walled and returns a HTML paywall page to every fetch, but the chapter landing page yields the author’s own abstract and the chapter keywords to a crawler user agent, and the Crossref record yields the full 25-entry reference list. The summary and claims below were written on 2026-09-08 from that abstract, those keywords, the publisher’s ‘About this book’ statement, the volume’s table of contents and the reference list; locators cite the abstract, the keywords, the chapter page range and the reference list rather than interior sections, and the complete chapter is at the source. RELATED PAGES. Bychkov’s own review work with Anatoly Nikitin is at /library/stm-a42e464b5c and /library/stm-84c5f6bdc1. Among the works this chapter’s reference list gathers, the site already carries Gerson Paiva and colleagues on luminous balls made by electrical discharges in silicon at /library/stm-c5b7cd3f8a and Karl Stephan on electrostatic charge bounds at /library/stm-c3a97e1fe2. The observational and theoretical threads it maps: Alexander Keul and Gerhard Diendorfer on cases correlated with lightning-location data at /library/stm-a48e93d891, Stephan, Sonnenfeld and Keul on report-website data against network data at /library/stm-f2e865f20d, Mikhail Shmatov’s oscillating-core model at /library/stm-a3c7b2254d, and John Lowke’s calculations at /library/stm-807219a83b and /library/stm-7f78f41fde.
How to cite it
Vladimir L. Bychkov (2022) Long-Lived Luminous Formations (LLO), Ball Lightning (BL), and Their Researches. doi:10.1007/978-3-031-07861-3_1
Where it sits in the curriculum