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1\documentclass{revtex4-2}2\usepackage{amsmath,graphicx}34\title{Ballistic transport in twisted bilayers}5\author{Mira Okonkwo, Noah Feldmann}67\begin{document}8\maketitle910\section{Results}11Conductance plateaus persist to 40 K, consistent with12\cite{Mira}13\label{Noah}1415\end{document}
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Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
1. Results
G = 2e²⁄h · N
ProblemsOutput
0 Problems
Saved00Build812 msLn 12, Col 27pdflatex · TeX Live 2026JointTex AI
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main.tex18\section{Introduction}19Conductance plateaus persist to 40 K, consistent with20\cite{feldmann2025edge}21\begin{equation}
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
Abstract
Conductance plateaus persist to 40 K, consistent with Feldmann et al. (2025)
1. Results
Mira
G = 2e²⁄h · N
Noah
feldmann2025edgeNature Physics · 2025
One paper. Everyone in it.
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main.tex18\section{Introduction}19Conductance plateaus persist to 40 K, consistent with20\cite{feldmann2025edge}21\begin{equation}
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
Abstract
Conductance plateaus persist to 40 K, consistent with Feldmann et al. (2025)
1. Results
Mira
G = 2e²⁄h · N
Noah
feldmann2025edgeNature Physics · 2025
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main.tex18\section{Introduction}19Conductance plateaus persist to 40 K, consistent with20\cite{feldmann2025edge}21\begin{equation}
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
Abstract
Conductance plateaus persist to 40 K, consistent with Feldmann et al. (2025)
1. Results
Mira
G = 2e²⁄h · N
Noah
feldmann2025edgeNature Physics · 2025
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main.tex18\section{Introduction}19Conductance plateaus persist to 40 K, consistent with20\cite{feldmann2025edge}21\begin{equation}
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
Abstract
Conductance plateaus persist to 40 K, consistent with [?]
1. Results
Mira
G = 2e²⁄h · N
Noah
feldmann2025edgeNature Physics · 2025
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main.tex18\section{Introduction}19Conductance plateaus persist to 40 K, consistent with20\cite{feldmann2025edge}21\begin{equation}
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
Abstract
Conductance plateaus persist to 40 K, consistent with Feldmann et al. (2025)
1. Results
Mira
G = 2e²⁄h · N
Noah
feldmann2025edgeNature Physics · 2025
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quantum-transport-2026
main.texresults.tex
1\documentclass{revtex4-2}2\usepackage{amsmath,graphicx}34\title{Ballistic transport in twisted bilayers}5\author{Mira Okonkwo, Noah Feldmann}67\begin{document}8\maketitle910\section{Results}11Conductance plateaus persist to 40 K, consistent with12\cite{}13\label{}1415\end{document}
main.pdf
Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
1. Results
Conductance plateaus persist to 40 K, consistent with
G = 2e²⁄h · N
Mira
Is 40 K the ceiling, or the highest point measured?
Draft replyAddressResolve
ProblemsOutput
0 Problems
Saved00Build812 msLn 12, Col 27pdflatex · TeX Live 2026JointTex AI
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Ballistic transport in twisted bilayers
Mira Okonkwo, Noah Feldmann
1. Results
Conductance plateaus persist to 40 K, consistent withIs 40 K the ceiling, or the highest point measured?
Draft replyAddressResolve