%0 Journal Article
%T Can plastic start a a new era in data archiving?
%A Lizak, Agnieszka
%A Szweda, Róża
%J Archeion
%V 2022
%R 10.4467/26581264ARC.22.014.16667
%N 123
%P 86-110
%K data archiving, data carriers, digital polymers, macromolecules containing information
%@ 0066-6041
%D 2022
%U https://ejournals.eu/en/journal/archeion/article/czy-plastik-moze-rozpoczac-nowa-ere-w-archiwizacji-danych
%X With the rapid development of information technology, many aspects of our lives are undergoing a digital transformation. An increasing number of users are going online every year, and constantly improving artificial intelligence is gaining popularity, which leads to the growing production of information. Nowadays, information is usually stored in data centres, which will be forced to increase their space with the constant flow of new bits of information. Together with the increase in their space, energy consumption and associated maintenance costs are escalating. In 2021, global data centre power consumption was 220–320 TWh, which is about 0.9–1.3% of global power consumption. Continuous power supply for database operations is responsible for about 1% of total carbon dioxide emissions. Furthermore, it has already been reported that with the exponentially growing amount of data, in about 20 years, the amount of silicon for microprocessors will no longer be sufficient to store all the information. Therefore, scientists are looking for alternatives to the currently used data storage solutions and are developing new technologies using chemical molecules. Recently, even plastic has been explored as a data carrier. In this work, we present examples of new technologies for data storage in polymers. We have discussed polymers as data carriers in comparison with currently used solutions and deliberated whether plastic can become a future material for information archiving.