Create project in app
Version 0.1.0
A recreation of the Oxford Physics template shown on the typst.app homepage. This package depends on the fonts TeX Hyre Heros
and TeX Gyre Pagella
Media
Getting Started
To use this template, simply import it as shown below:
#import "@preview/graceful-genetics:0.1.0"
#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: "swift@delivery.de",
),
(
name: "Egon Stellaris",
department: "Communications Group",
institution: "Space Institute",
city: "Florence",
country: "Italy",
mail: "stegonaris@space.it",
),
(
name: "Oliver Liam",
department: "Missing Letters Task Force",
institution: "Mail Institute",
city: "Budapest",
country: "Hungary",
mail: "oliver.liam@mail.hu",
),
),
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.
]
)