Abstract:  Modeling galaxy-dark matter connection is essential in deriving unbiased cosmological constraints from galaxy clustering observations. We show that a more physically motivated galaxy-dark matter incorporating secondary biases can result in more accurate predictions of galaxy clustering, and that it …

Special RPM-Berkeley Cosmology Seminar | Sihan Yuan (Harvard University) Tackling the challenges of galaxy-dark matter connection modeling and secondary bias Read More »

Abstract:  Accelerator-based, long-baseline neutrino oscillation experiments are uniquely positioned to explore the CP-violating nature of the neutrino sector. This talk will briey discuss the experimental technique before surveying selected topics spanning both current and future generations of such experiments. First, …

Kevin Woods (Stony Brook University) “Measuring neutrino oscillations with accelerator-based, long-baseline experiments” Read More »

Abstract:  MicroBooNE is a Liquid Argon Time Projection Chamber (LArTPC) detector and is the first of three such detectors to be commissioned as part of the Short Baseline Neutrino (SBN) program at Fermilab (FNAL), and has been taking data since 2015. One …

Kathryn Sutton (Columbia University Department of Physics) “MicroBooNE’s Search for a Photon-Like Low Energy Excess” Read More »

Abstract:  Large-scale structure (LSS) surveys have exploded in size over the last few decades, cataloguing the locations and shapes of hundreds of millions of galaxies. The unprecedented precision enabled by such datasets puts extraordinary demands on the control of systematic …

SPECIAL RPM-Berkeley Cosmology Seminar | Noah Weaverdyck (University of Michigan) “Controlling Systematics in Large-Scale Structure Surveys” Read More »

Abstract:  The Standard Model of particle physics described the interactions between the elementary particles that compose our universe. To study these interactions, protons collide at very high energies at the Large Hadron Collider, generating hundreds of particles through every bunch …

Vinicius Mikuni (University of Zurich) “Machine learning as a tool for Standard Model measurements.” Read More »

Abstract:    The Higgs boson is the only fundamental spin-0 particle in the Standard Model (SM) of particle physics, associated with an ever-present field that is the source of mass and linked to electroweak symmetry breaking, making it a particle …

Elliott Reynolds (University of Birmingham) “Searching for New Physics using the Higgs Boson and Machine Learning” Read More »

Abstract: The Belle II Experiment is a next generation SuperB factory that aims to discover new physics phenomena at the highest intensities. It started its first physics run in 2019 and will until the end of 2021 collect a data …

Florian Bernlochner (Bonn) “Fantastic Bs and where to find them! “ Read More »

Abstract:  As part of a comprehensive plan to investigate the many combinations of production and decay of the Standard Model Higgs boson using the full Run 2 ATLAS dataset at the LHC, I will present a search for the SM …

Mariel Pettee (Yale University) “The Search for VH (V → Leptons, H → 𝜏𝜏) with the ATLAS Experiment in Run 2” Read More »

Abstract:  Gravitational lensing of CMB photons by the matter distribution of the Universe can be both a blessing and nuisance. It's a blessing because of the way it can be harnessed to map the structures responsible for the deflections, and from this, constrain any physics …

SPECIAL RPM-Berkeley Cosmology Seminar | Anton Baleato Lizancos (University of Cambridge) “Fundamental Physics with CMB Lensing and Delensing: the Good, the Bad and the Systematics” Read More »

Abstract:  The discovery of neutrino oscillations provides the first indication of a lepton flavor violating (LFV) process, one that isn't predicted by the Standard Model. Extending the Standard Model picture to account for this usually proceeds via the addition of …

Nitish Nayak (University of California, Irvine) “Ghostbusters : Estimation of Neutrino Oscillation Parameters by the NOvA Experiment” Read More »