[PDF] Top 20 Strongly interacting matter under rotation
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Strongly interacting matter under rotation
... To find possible experimental manifestation, we consider the rotating quark-gluon plasma created in o ff -central heavy ion collisions. In such a QGP, CVW occurs for each light flavors, e.g. u, d quarks and possibly s ... See full document
6
The Astrophysics of Strongly Interacting Systems
... a static perturbation of the star, since the instability in WAB exists even for a static perturbation (constant amplitude of the parent). If we instead consider the physically relevant scenario, where the tidal field is ... See full document
232
Strongly interacting Fermi gases
... systems under current investigation, such as the lower dimensional Fermi gases (section 3) and spin-orbit coupled Fermi gases (section ...fermionic matter that might have topological properties, a variety ... See full document
13
Transport Properties of Strongly Interacting Quantum Fluids: From CFL Quark Matter to Atomic Fermi Gases.
... Cold, dilute Fermi gases in which the interaction between the atoms can be tuned using an external magnetic field provide a new paradigm for strongly correlated quantum fluids [22, 23]. Recently, there has been ... See full document
186
The effects of disorder in strongly interacting quantum systems
... This complete knowledge of the exact quantum state of each individual lattice site is a tall order and all but impossible in condensed matter systems, however quantum gas microscopes are ideally suited for just ... See full document
188
Chaos and Randomness in Strongly Interacting Quantum Systems
... In recent years, the notion of quantum complexity has attracted significant attention in the study of quantum many-body systems [62, 63, 64]. By quantum complexity of a quantum state | ψ i , we mean the minimal number of ... See full document
224
Search for Boosted Dark Matter Interacting with Electrons in Super-Kamiokande
... dark matter is expected to originate in regions of high dark matter density, this search looks for a signal coming from the Galactic center or the Sun (some boosted dark matter models predict a ... See full document
9
Recent results of strong interaction program from NA61/SHINE experiment at CERN SPS
... of strongly interacting matter by performing the two-dimensional scan in a broad region of energy (beam momentum 13A-158A GeV / c) and sys- tem size (p+p, Be+Be, Ar+Sc and ... See full document
8
Arguing on Entropic and Enthalpic First Order Phase Transitions in Strongly Interacting Matter
... symmetric matter translate into modifications of neutron star configurations (with β stability, no trapped neutrinos) such as the occurrence of a third stable island ... See full document
11
QCD Green's Functions and Phases of Strongly-Interacting Matter
... quark(-meson) matter sector leading to the Polyakov-NJL-type effective chiral models such as the PNJL or PQM models, ...The matter sector of these models has been studied also beyond mean-field level by ... See full document
8
Strongly interacting matter from holographic QCD model
... of strongly coupled gauge theories, and has been widely used in investigating hadron physics, strongly coupled quark gluon plasma and condensed matter ... See full document
8
Classical SU(3) Gauge Field as a Dark Matter
... In this work we have suggested the idea that the dark matter model is SU(3) gauge field. We have shown that in SU(3) Yang-Mills theory there exists a spherical sym- metric distribution of the gauge potential with ... See full document
10
Intrinsic Nature of Dark Matter in the Galactic Halo
... Keywords: galaxies: modified gravity; dark matter; halos; flat rotation curves.. 12.[r] ... See full document
10
A Study of Dark Matter with Spiral Galaxy Rotation Curves
... the rotation curves of regular spiral galaxies are described, within observational uncertainties, by Equations (3) to ...“dark matter”, that do not interact significantly with each other except for ... See full document
26
A chain of interacting particles under strain
... To our best knowledge, the first work to tackle rigorously such models of bonds under an external, time-dependent force was [2]. There the authors consider a similar model of two bonds in series as above, but with ... See full document
30
An alternative to dark matter? A cosmological model of galaxy rotation using cosmological gravity force, F
... For the time period when radiation was dominant, a central force associated with 𝛬 𝑟𝑎𝑑 can be determined using mass-energy equivalence. Indeed, we know the value for 𝛬 𝑟𝑎𝑑 via the evolution of energy in the universe. Let ... See full document
129
Design of Hip Simulation Machine for Hip Labrum Testing
... hip rotation to test the wear and creep of metal-on-polyethylene bearing [22] and the mechanical simulator is mimic the cycling angular movement and loading to evaluate the hip wear performance [23, 24] and use of ... See full document
14
Transport coefficients in non-quasiparticle systems
... a conceptually more difficult task. The point is that the entropy density, being a statistical concept, is not sensi- ble in the microscopic theory. Indeed, if we consider the volume dependence of the free energy defined ... See full document
5
Biodiversity, Species Interactions and Ecological Networks in a Fragmented World
... fragmentation effects on species interactions and ecological networks... Time lags are most pronounced where generation times strongly differ between interacting or.[r] ... See full document
191
The development of model organic decoupling films for use on strongly interacting metal surfaces
... 114 essentially any publication dealing with supramolecular self-assembly at surfaces, is a ‘subtle interplay’ of intermolecular and adsorbate-substrate interactions [9,46,47]. In this particular example, the effect is ... See full document
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