MG14   Rome 12 - 18 July, 2015
 

Session:

AT1 - Extended Theories of Gravity and Quantum Cosmology

Chairperson:

Capozziello, Salvatore     Gionti, Gabriele   

Day:

Thursday, July 16

Room:

FFCabibbo - Ground floor - Physics-Fermi (NEF) - CU033

 

Display record from 1 to 14 of 14 records find

 
Arrived Accept N. Hour Time Talk Type Speaker Talk Title Talk view
Yes

1

14:30 25' Oral abstract

Lobo, Francisco

Irreversible matter creation processes through a nonminimal curvature-matter coupling

AT1-486LO1104CO.pdf
Yes

2

14:55 10' Oral abstract

Frassino, Antonia Micol

Regular Black Hole Thermodynamics

Yes

3

15:05 10' Oral abstract

Moriconi, Riccardo

Chaos Removal in the R + qR2 gravity: the Mixmaster model

AT1-938MO924DO.pdf
Yes

4

15:15 10' Oral abstract

Lin, Chunshan

Resonant Primordial Gravitational Waves Amplification

AT1-373LI963AN.pdf
Yes

5

15:25 25' Oral abstract

Toporensky, Alexey

Dynamical Features of Scalar-Torsion Theories

Yes

6

15:50 10' Oral abstract

Schlögel, Sandrine

Numerical Forecasts For Lab Experiments Constraining Modified Gravity: The Chameleon Model

AT1-938SC914NE.pdf

COFFEE BREAK

Yes

7

16:30 25' Oral abstract

Becattini, Francesco

Quantum corrections to the stress-energy tensor in thermodynamic equilibrium with acceleration

Yes

8

16:55 10' Oral abstract

Katsuragawa, Taishi

Palatini-Born-Infeld Gravity and Black Hole Formation

AT1-1277KA714HI.pdf
Yes

9

17:05 25' Oral abstract

Alexeyev, Stanislav

Astronomical Applications Of Extended Gravity

Yes

10

17:30 10' Oral abstract

Kausar, Hafiza Rizwana

Gravitational Wave Polarization Modes in f(R) Theories

Yes

11

17:40 10' Oral abstract

Hohmann, Manuel

Fluid dynamics on Finsler spacetimes and cosmology

AT1-824HO715EL.pdf
Yes

12

17:50 10' Oral abstract

Banerjee, Shreya

Hysteresis in the Sky

AT1-938BA754YA.pdf
Yes

13

18:00 20' Oral abstract

Clifton, Timothy

Embedding Non-Linear Structures In f(R) Cosmologies

Yes

14

18:20 20' Oral abstract

Mendoza, Sergio

Metric extension of gravity based on the Tully-Fisher law

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