Version 0.1.1
A recreation of the Oxford Physics template shown on the typst.app homepage.
To use this template, simply import it as shown below:
#import "@preview/graceful-genetics:0.1.1"
#show: graceful-genetics.template.with(
title: [Towards Swifter Interstellar Mail Delivery],
authors: (
(
name: "Johanna Swift",
department: "Primary Logistics Department",
institution: "Delivery Institute",
city: "Berlin",
country: "Germany",
mail: "[email protected]",
),
(
name: "Egon Stellaris",
department: "Communications Group",
institution: "Space Institute",
city: "Florence",
country: "Italy",
mail: "[email protected]",
),
(
name: "Oliver Liam",
department: "Missing Letters Task Force",
institution: "Mail Institute",
city: "Budapest",
country: "Hungary",
mail: "[email protected]",
),
),
date: (
year: 2022,
month: "May",
day: 17,
),
keywords: (
"Space",
"Mail",
"Astromail",
"Faster-than-Light",
"Mars",
),
doi: "10:7891/120948510",
abstract: [
Recent advances in space-based document processing have enabled faster mail delivery between different planets of a solar system. Given the time it takes for a message to be transmitted from one planet to the next, its estimated that even a one-way trip to a distant destination could take up to one year. During these periods of interplanetary mail delivery there is a slight possibility of mail being lost in transit. This issue is considered so serious that space management employs P.I. agents to track down and retrieve lost mail. We propose A-Mail, a new anti-matter based approach that can ensure that mail loss occurring during interplanetary transit is unobservable and therefore potentially undetectable. Going even further, we extend A-Mail to predict problems and apply existing and new best practices to ensure the mail is delivered without any issues. We call this extension AI-Mail.
]
)