GOLDEN 2017 - (other golden conferences)
11-16 September, 2017
Palermo, Italy
published September 13, 2018
Palermo, Italy
published September 13, 2018
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The purpose of this workshop is to bring together about *80 invited researchers* from all over the world in order to discuss the experimental updated panorama and theories of CVs and Related Objects. The following topics will be discussed:
a) Opening Remarks (the Importance of Multifrequency Observations)
b) Cataclysmic Variables (non-magnetic, intermediate polars, polars)
* Fundamental parameters
* Accretion physics
* Outburst physics
* Magnetic phenomena
* Interconnection among classes
* Long term secular evolution
* The fate of CVs
c) Classical and Recurrent Novae
d) Nova-like Stars
e) Symbiotic stars
f) The Astrophysics of CVs and related Objects with the Ongoing and Future Space-Based and Ground-Based Experiments.
Editorial Board
- Dmitry Bisikalo
Institute of Astronomy of the RAS - Massimo Della Valle
INAF - Capodimonte Observatory, Napoli, Italy - Franco Giovannelli
INAF - Istituto di Astrofisica e Planetologia Spaziali - René Hudec
CTU in Prague FEE - Joanna Mikolajewska
N. Copernicus Astronomical Center, PAN, Warsaw, Poland - Lola Sabau-Graziati
INTA/DCUCE, Madrid, Spain - Giora Shaviv
Technion, Haifa, Israel - Edward Sion
Villanova University, Villanova, PA, USA
| Sessions |
|---|
| Opening Remarks |
| Cataclysmic Variables |
| Classical Novae, Recurrent Novae and Nova-Like Stars |
| Ongoing Experiments |
| Concluding Remarks |
| Concluding Address |
| Opening Remarks |
|---|
|
The Golden Age of Cataclysmic Variables and Related Objects (A Very Personal Review)
|
|
Magnetic Field as Flavouring for CVs
|
|
A pulsar by any other name: discovery of the white dwarf pulsar in AR Sco
|
|
AR Scorpii – A short review
|
|
Multi-frequency emission from white dwarf pulsars
|
|
The Features of Mass Transfer in Diskless Intermediate Polars AE Aqr and V2400 Oph
|
|
Pulsar-Like White Dwarfs
|
|
Cataclysmic variables as gravitational wave sources
|
|
The impact of SUZAKU on the knowledge of The Physics of CVs
|
| Cataclysmic Variables |
|
Search for CVs in wide-field narrow-band photometric survey
|
|
Photometric study of cataclysmic variable ASAS–SN–13cx in active and quite states
|
|
SU UMa dwarf novae in the period gap
|
|
Period variations of superhumps in SU UMa-type dwarf novae
|
|
Long-lasting growing superhumps in SU UMa stars: QZ Vir
|
|
Cataclysmic Variables in Globular Clusters – A Review
|
|
Progress in CV research with digitized photographic archives
|
|
Cataclysmic Variables as Radio Emitters
|
|
Multifrequency Behaviour of Polars
|
|
X-ray and optical observations of polars
|
|
Triggered XMM-Newton/NuSTAR observations of AM Herculis in a high accretion state
|
|
Transient emission of selected CRTS Cataclysmic Variables
|
|
Cataclysmic Variables with evolved secondaries
|
|
Cataclysmic Variables and other Binaries in Planetary Nebulae
|
|
Detached cataclysmic variables are crossing the orbital period gap
|
|
New method of eclipse mapping and an application to HT Cas in the 2017 superoutburst
|
|
Recent progress of observational studies of WZ Sge-type dwarf novae
|
|
On some gas-dynamical features of WZ Sge cataclysmic variables
|
|
High-Speed Photometry of Gaia14aae: An Eclipsing AM CVn that Challenges Formation Models
|
|
Long term observations of the AM CVn star V 803 Cen
|
|
Voracious vortexes and accretion disc radii in cataclysmic variables: a short review
|
|
On the nature of quiescent light curves demonstrated by WZ Sge stars
|
|
The evolution of Cataclysmic Variables
|
|
Properties of accreting white dwarfs as revealed by flagship observatories
|
|
Systematic search for post period-minimum cataclysmic variables: A short review
|
|
The long-term activity of dwarf novae and soft X-ray transients
|
|
The long term evolution of Cataclysmic Variables
|
|
X-ray observations: A useful tool for the physics of accretion in CV
|
|
Gas dynamic features of the envelopes of contact binary star
|
|
Excitation of turbulence in accretion disks of binary stars
|
|
Waves and oscillations in accretion discs of CVs - numerical results
|
|
Angular Momentum Loss and CV Evolution
|
|
Testing the models of CV evolution
|
|
Superoutburst of Pop.II CV candidate OV Boo
|
|
Photometry of OV Bootis at the Early Stage of 2017 Outburst
|
| Classical Novae, Recurrent Novae and Nova-Like Stars |
|
Old Novae: Old Glories with Bright Future
|
|
The hunt for ancient novae
|
|
Multifrequency behavior of classical novae
|
|
Galactic and Extragalactic Novae – An Updated Review
|
|
Pre-maximum and maximum of Novae: The spectroscopic observations of Nova ASASSN-17hx
|
|
The evolution of nova shells
|
|
Stunted dwarf-nova type outbursts in classical post-novae
|
|
Multiwavelength models SED of the classical nova V339 Del (Nova Del 2013) along its age
|
|
Optical and Near-infrared High-resolution Spectroscopic Observations of Nova V2659 Cyg: Structure of Nova Ejecta and Origin of Two-distinct Velocity Systems
|
|
Photometric long-term variations and superhump occurrence in the Classical Nova RR Pictoris
|
|
Circumstellar Environment around Type Ia Supernovae of Different Subtypes
|
|
Recurrent novae and long-term evolution of mass-accreting white dwarfs – toward the accurate mass retention efficiency
|
|
Recurrent Nova M31N 2008-12a - A Short Review
|
|
The Hot Components in the Recurrent Novae T Pyxidis, IM Norma, CI Aquilae and in the Dwarf Nova U Geminorum
|
|
Symbiotic stars - Natural astrophysical laboratories for studying the evolution of binaries
|
|
Recent outburst activity of the symbiotic binary AG Draconis
|
|
The symbiotic recurrent nova T CrB – A Short Review
|
|
R Aquarii and Gamma Ray Astronomy
|
|
The bridge between ER Ursae Majoris-type dwarf nova and nova-like system
|
|
A Review of the Evolution of Classical Nova V2676 Oph: Formation of Molecules and Dust Grains
|
|
Recovery of Nova Scorpii AD 1437
|
|
Hydrodynamic Simulations of Classical Novae: Accretion onto CO White Dwarfs as SN Ia Progenitors
|
|
The white dwarf binary pathways survey – A test for binary evolution models and SNIa formation channels
|
|
Gamma-ray emission from SNIa
|
| Ongoing Experiments |
|
Novel space experiments for CV Research: X-rays (LOBSTER, THESEUS, eXTP*)
|
|
Novel space experiments for CV Research: Optical and UV (Gaia, UV BRITE)
|
|
GEANT4 Montecarlo simulations: a multithread approach
|
|
MeerLICHT: MeerKAT’s optical eye
|
| Concluding Remarks |
|
Concluding Remarks; What CVs Can Teach Us About Other Astrophysical Sources
|
|
Concluding Remarks
|
|
Concluding Remarks
|
|
Concluding Remarks
|
| Concluding Address |
|
The Golden Age of Cataclysmic Variables and Related Objects: Concluding Address
|
