Graduate Course on Standard Model & Quantum Field Theory - 5B
Cliff Burgess - McMaster University
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Self-Testing of Quantum Circuits
Michele Mosca - Institute for Quantum Computing (IQC)
Graduate Course on Standard Model & Quantum Field Theory - 5A
Cliff Burgess - McMaster University
Leading Log Solution for Yukawa During Inflation
Richard Woodard - University of Florida
How can AdS/CFT be useful for heavy-ion physics?
Pavel Kovtun - University of Victoria
Kahler Moduli Inflation
PIRSA:06110058
Trajectories in Kaehler Moduli Inflation
Pascal Vaudrevange - Deutsches Elektronen-Synchrotron DESY
PIRSA:06110052
The Cyclic Model and the Cosmological Conundrums
PIRSA:06110061
Warped Brane Inflation
Hassan Firouzjahi - Institute for Research in Fundamental Sciences (IPM)
PIRSA:06110049
The ISW Effect as a Probe of Dark Energy
Levon Pogosian - Simon Fraser University (SFU)
PIRSA:06110057
Timelike entanglement in the quantum vacuum
Stephan 'Jay' Olson - University of Queensland
For quantum fields with m=0, it is pointed out that timelike separated fields are quantized as independent subsystems. This allows us to ask the question of whether the field in the future region is entangled with the field in the past region of Minkowski space, in the Minkowski vacuum state. I will…
High-accuracy modeling of extreme mass ratio inspirals with effective field theory
Chad Galley - California Institute of Technology
The upcoming launch of the space-based gravitational wave interferometer detector LISA will yield an unprecedented amount of astrophysical and cosmological science from a variety of gravitational wave sources. Among these, the extreme mass ratio inspirals (EMRIs) of stellar-mass compact objects into…
Imperfect Dark Energy of Kinetic Gravity Braiding
Alex Vikman - New York University (NYU)
In this talk I will discuss a new class of cosmological scalar fields. Similarly to gravity, these theories are described by actions linearly depending on second derivatives. The latter can not be excluded without breaking the generally covariant formulation of the action principle. Despite the…
My Top 10 Bonkers Things About the Universe
Marcus Chown - New Scientist
Did you know you could fit the entire human race in the volume of a sugar cube? Or that, if the Sun were made of bananas, it wouldn't make much difference? Or that 98 per cent of the Universe is invisible? Award-winning science writer Marcus Chown invites you to come along and discover how the…
The Klein Gordon field as a wave function: causality and localization
Willem Westra - University of Iceland
Usually in quantum field theory one considers two different interpretations: 1: The field is an infinite number of quantum oscillators, giving rise to a wave functional \Psi(\phi). 2: The positive frequency component of a field, \phi_+(x), is a wave function analogous to standard quantum mechanics…