In 2011 we organized the first workshop about "The Golden Age of Cataclysmic Variables and Related Objects" because we were under the impression that the time for a comprehensive view had arrived.
We were right and surprised, mainly by the ongoing vigorous research and future coming prospects. Thus we reached the conclusion that the state of the field, namely high activity and many observational results, calls for organizing follow-up workshops in a series of "The Golden Age of Cataclysmic Variables and Related Objects".
This is the fiftth edition of such series. One of the main field drivers were the results from the INTEGRAL experiment: detections of hard X-ray emission from a large sample of CVs, mainly intermediate polars. Undoubtedly, non-magnetic CVs, intermediate polars and polars constitute the most powerful probe to test our theories of the various modes of accretion. The long term evolution of CV systems accreting at a prohibitive rate has become a hot topic both in terms of the fate of such systems (all sorts of supernovae) and the microphysics of Eddington and super Eddington mass accretion and mass loss flows. In particular we stress one of the hottest topics in present day astrophysics, namely the progenitors of SN-Ia. This problem is connected with fundamental issues in cosmology. Novae and recurrent novae are the most promising progenitor candidates but so far could not be nailed down. Our goal is to discuss what is missing in our knowledge of CVs that will allow a unique determination and observational confirmation. Indeed the sub-class of CVs, named Classical Novae, which are the third most powerful stellar explosions in a galaxy, have been observed as close as a kpc and as far as galaxies in the Fornax cluster. The time to report on the recent renaissance in CNe studies thanks to observations with 8-10m class telescopes, high resolution spectroscopy, in synergy with observations from space carried out with Swift, XMM, Chandra, HST, and Spitzer, coupled with recent advances in the theory of the outburst, seems now in order. The purpose of this workshop is to bring together about *60 invited researchers* from world wide to discuss the experimental updated panorama and theories of CVs and Related Objects.
The following topics will be discussed:
Sessions |
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Opening Remarks |
Cataclysmic Variables |
Classical Novae, Recurrent Novae and Nova-Like Stars |
Gravitational Waves |
Ongoing Experiments |
Special Night Session |
Concluding Remarks |
Concluding Address |
Opening Remarks |
The Golden Age of Cataclysmic Variables and Related Objects (some critical comments) PoS(GOLDEN2019)001 pdf |
From CVs to X-ray Binaries PoS(GOLDEN2019)002 pdf |
The origin of EL CVn stars: A crucial test for close compact binary formation theories PoS(GOLDEN2019)003 |
Thin, slim and thick accretion disks: classic analytic results and most recent GRRMHD simulations PoS(GOLDEN2019)005 |
Accretion disk winds in cataclysmic variables PoS(GOLDEN2019)006 |
Cataclysmic Variables |
Fundamental properties of Cataclysmic Variables from Gaia DR2 PoS(GOLDEN2019)007 |
Identification, Classification and Evolution of CVs with GAIA DR2 PoS(GOLDEN2019)008 |
CV evolution and the White Dwarf mass problem PoS(GOLDEN2019)009 |
Photometric study of eclipsing dwarf nova EX Dra PoS(GOLDEN2019)010 pdf |
X-ray Views of the Dwarf Nova GK Persei PoS(GOLDEN2019)011 |
Finding CVs in the Zwicky Transient Facility (First Year Results) PoS(GOLDEN2019)012 |
Properties of Cataclysmic Variables in Globular Clusters PoS(GOLDEN2019)013 pdf |
Accretion onto magnetic CVs – Evidence for Complex Fields PoS(GOLDEN2019)014 |
The White Dwarf Pulsar AR Scorpii: Latest News PoS(GOLDEN2019)015 |
X-ray reflection from WDs in mCVs – Model versus observations PoS(GOLDEN2019)016 |
Masses and accretion rate for polars and intermediate polars with XMM-Newton data PoS(GOLDEN2019)017 |
The Intermediate Polar FO Aqr - A Short Review PoS(GOLDEN2019)018 |
Multi-wavelength study of the eclipsing polar UZ Fornacis PoS(GOLDEN2019)019 pdf |
SW Sextantis stars - A link between Polars and Intermediate Polars? PoS(GOLDEN2019)020 |
The warm DQ white dwarf OW J175358.85-310728.9 - A Short Review PoS(GOLDEN2019)021 |
A Tilted Disk Instability Model for Dwarf Nova Outbursts PoS(GOLDEN2019)022 |
Photometric (UBVRI) study of selected CVs: Flickering source parameters PoS(GOLDEN2019)023 |
CVs light curves interpretation using 3D hydrodynamical simulation: V1239Her and PHL1445 experience PoS(GOLDEN2019)024 |
Classical Novae, Recurrent Novae and Nova-Like Stars |
Classical Novae as Cataclysmic Variables PoS(GOLDEN2019)025 pdf |
Galactic and Extragalactic Novae – A Multiwavelenght Review PoS(GOLDEN2019)026 pdf |
Spectral Evolution of Novae in the Near-Infrared PoS(GOLDEN2019)027 |
Optical flickering of KR Aur in different states PoS(GOLDEN2019)028 pdf |
Classical Nova Persei 2018 outburst from the dwarf nova V392 Per PoS(GOLDEN2019)029 pdf |
Hydrodynamic simulations of classical novae outbursts and their evolution to supernova Ia explosions PoS(GOLDEN2019)030 pdf |
The orbital periods of old novae PoS(GOLDEN2019)031 |
Hibernation and the Orbital Period Change of QZ Aur PoS(GOLDEN2019)032 |
A 9 Monthlong HST Survey for Novae in M87 PoS(GOLDEN2019)033 |
Spatial Distribution of Nova Ejecta during the Early Phase of Explosion of V339 Del from its high-resolution optical spectropolarimetry PoS(GOLDEN2019)034 |
The long-term behaviour of nova shell Luminosities PoS(GOLDEN2019)035 |
Discovery of Explosive Li Production in Classical Novae PoS(GOLDEN2019)036 |
Long-Term Observations of the Classical Nova X Ser and the Activity of Post-novae PoS(GOLDEN2019)037 pdf |
An Updated Review of Symbiotic Systems PoS(GOLDEN2019)038 |
Extragalactic Symbiotic Stars in the RAMSES II Era - A Review PoS(GOLDEN2019)039 |
Balmer Decrement and Outburst of Symbiotic Stars PoS(GOLDEN2019)040 |
Nebulosities of the Symbiotic Binary R Aquarii - A Short Review PoS(GOLDEN2019)041 pdf |
The symbiotic stellar system R Aqr: mm-waveimaging of the WD – AGB wind interaction PoS(GOLDEN2019)042 pdf |
Yellow symbiotic star AG Draconis in the scope of the New Online Database of Symbiotic Variables PoS(GOLDEN2019)043 pdf |
Accrete, Accrete, Accrete… Bang! (and repeat): The remarkable Recurrent Novae PoS(GOLDEN2019)044 pdf |
When white dwarfs collide PoS(GOLDEN2019)045 |
Progenitor and explosion models of type Ia supernovae PoS(GOLDEN2019)046 pdf |
The Passage of the baton to the new generations PoS(GOLDEN2019)047 pdf |
Searching for SN Ia progenitors among white dwarf with early type secondary stars PoS(GOLDEN2019)048 |
Wind Roche Lobe Overflow - A mechanism for producing SN Ia from Symbiotic systems PoS(GOLDEN2019)049 |
Partly burned white dwarf survivors from peculiar thermonuclear supernovae PoS(GOLDEN2019)050 pdf |
Gravitational Waves |
Spinar model for the fast-rotating collapsing objects PoS(GOLDEN2019)051 pdf |
Gravitational wave astronomy with compact binary mergers PoS(GOLDEN2019)052 pdf |
Searches After Gravitational-waves Using ARizona Observatories (SAGUARO) PoS(GOLDEN2019)053 |
Cataclysmic variables as multimessenger sources: the gravitational wave emission PoS(GOLDEN2019)054 pdf |
Ongoing Experiments |
Lobster Eye X Ray Monitors: Recent Status PoS(GOLDEN2019)055 pdf |
ESA THESEUS and cataclysmic variables PoS(GOLDEN2019)056 pdf |
A Machine Learning approach for the pulsar classification PoS(GOLDEN2019)057 |
SPARC4 - Simultaneous Polarimeter and Rapid Camera in 4 bands PoS(GOLDEN2019)058 |
Special Night Session |
Challenges for Life in the Local Universe PoS(GOLDEN2019)059 pdf |
Concluding Remarks |
CV Research in a Golden Age: Concluding Remarks - I PoS(GOLDEN2019)060 pdf |
Concluding Remarks - II PoS(GOLDEN2019)061 pdf |
Concluding Remarks - III PoS(GOLDEN2019)062 |
The Golden Age of Cataclysmic Variables andRelated Objects V Concluding Remarks IV PoS(GOLDEN2019)063 pdf |
Concluding Address |
The Golden Age of Cataclysmic Variables and Related Objects - V: Concluding Address PoS(GOLDEN2019)064 pdf |