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1
Intro
2
Main Goal
3
Challenges
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What can we do
5
Single nucleon charges
6
QCD
7
Euclidean Space
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Continuum Limit
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Signal to Noise
10
Correlation Function
11
Effective Mass
12
Ground State Matrix
13
ThreePoint Function
14
TwoPoint Function
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Excited State Contamination
16
Form Factor Results
17
Future Directions
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FKR Model
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convergence
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why do we care
21
conclusion
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Controversy
23
Data Analysis
24
Two Nucleons
Description:
Explore a comprehensive conference talk on lattice QCD and neutrino cross sections presented by Andre Walker Loud from Lawrence Berkeley National Laboratory. Delve into the interdisciplinary aspects of modern neutrino physics, focusing on maximizing new physics potential from experimental data, high-precision neutrino cross sections, and the impact of neutrinos on astrophysical and cosmological processes. Learn about challenges in the field, single nucleon charges, QCD in Euclidean space, correlation functions, form factor results, and future directions. Examine the FKR Model, data analysis techniques, and two-nucleon systems. Gain insights into the connections between neutrinos and gravitational waves, cosmological data, and astrophysical neutrino events, as well as the implications of sterile neutrino searches for cosmology and astrophysics.

Introduction to Lattice and Neutrino Cross Sections - Andre Walker Loud

Kavli Institute for Theoretical Physics
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