1. Cars would have nice names

Here is what an abstract describing a car would look like.

Transporting people to defined locations of interest is a challenge of significant economic importance. To achieve this goal, people usually use cars or public transport. However, these solutions are suboptimal in several conditions. For instance, when people are extremely close to their target location, both cars and public transport are inappropriate, which limits their practical use. Here we present CaЯ (vehiCle for chAnging geo-cooЯdinates), a fast and accurate tool as an alternative to existing vehicles.

2. Cars would be fast and accurate

Bioinformaticians develop fast and accurate software. Their cars would be just the same. Here is what a typical benchmark sections would look like.

To show that CaЯ is faster and more accurate than existing alternatives, we benchmarked CaЯ against Volvo XC90 and Ferrari F430. In the first series of tests, we measured the time to lower the front windows of the vehicles. The average run duration was 2.3 seconds for CaЯ, 3.1 seconds for Volvo XC90 and 3.9 seconds for Ferrari F430, which demonstrates that CaЯ is substantially faster than Volvo XC90 and Ferrari...