Merge pull request #25 from ParadaCarleton/patch-1

Fix typo

Author: JanisErdmanis

README.md

@@ -6,7 +6,7 @@ PeaceFounder is a centralised E2E verifiable e-voting system that leverages pseu
 
 ## Introduction
 
-everal end-to-end (E2E) verifiable e-voting systems exist, such as Helios, Scytl, Belenios, ElectionGuard, Estonia's system, and Verificatum, with many available under open-source licences. They all encrypt and mix votes through a re-encryption shuffle and use a threshold decryption ceremony. This allows voters to track their encrypted votes and the public to verify the final tally. However, it depends on the integrity of the bulletin board and the coordination of the threshold decryption ceremony, presenting challenges for smaller communities and organisations.
+Several end-to-end (E2E) verifiable e-voting systems exist, such as Helios, Scytl, Belenios, ElectionGuard, Estonia's system, and Verificatum, with many available under open-source licences. They all encrypt and mix votes through a re-encryption shuffle and use a threshold decryption ceremony. This allows voters to track their encrypted votes and the public to verify the final tally. However, it depends on the integrity of the bulletin board and the coordination of the threshold decryption ceremony, presenting challenges for smaller communities and organisations.
 
 To make a point, let's consider a Helios voting system. The vote in Helios is stored in a group element, encrypted and signed by a digital signature provider, and then submitted to the bulletin board. When the vote closes, votes go through the reencryption shuffle and are decrypted in the threshold decryption ceremony. Voters can ensure that their vote has been counted by finding their encrypted vote within the list of inputs of the mix cascade. Furthermore, everyone can verify the final tally by counting the decrypted votes and verifying supplemented zero-knowledge proofs without compromising privacy. In this way, the integrity of the election result can be assured.