@article{https://doi.org/10.17863/cam.82818,<br/><span class="tab"></span>
  doi = {10.17863/CAM.82818},<br/><span class="tab"></span>
  url = {https://www.repository.cam.ac.uk/handle/1810/335389},<br/><span class="tab"></span>
  author = {Goldstein,<br/><span class="tab"></span> Raymond and Day,<br/><span class="tab"></span> Thomas C and Hoehn,<br/><span class="tab"></span> Stephanie and Zamani-Dahaj,<br/><span class="tab"></span> Seyed A and Yanni,<br/><span class="tab"></span> David and Burnetti,<br/><span class="tab"></span> Anthony and Pentz,<br/><span class="tab"></span> Jennifer and Honerkamp-Smith,<br/><span class="tab"></span> Aurelia R and Wioland,<br/><span class="tab"></span> Hugo and Sleath,<br/><span class="tab"></span> Hannah R and Ratcliff,<br/><span class="tab"></span> William C and Yunker,<br/><span class="tab"></span> Peter J},<br/><span class="tab"></span>
  keywords = {S. cerevisiae,<br/><span class="tab"></span> Snowflake yeast,<br/><span class="tab"></span> Volvox,<br/><span class="tab"></span> entropy,<br/><span class="tab"></span> multicellularity,<br/><span class="tab"></span> physics of living systems,<br/><span class="tab"></span> Cell Size,<br/><span class="tab"></span> Directed Molecular Evolution,<br/><span class="tab"></span> Phylogeny,<br/><span class="tab"></span> Yeasts},<br/><span class="tab"></span>
  language = {en},<br/><span class="tab"></span>
  title = {Cellular organization in lab-evolved and extant multicellular species obeys a maximum entropy law},<br/><span class="tab"></span>
  publisher = {eLife Sciences Publications Ltd},<br/><span class="tab"></span>
  year = {2022},<br/><span class="tab"></span>
  copyright = {Creative Commons Attribution 4.0 International}
}