Technology is driving revolutionary changes in biology. Systems Biology has arisen as the deduction of interaction networks from -omics data generated in the wake of remarkable technological achievements. Likewise, DNA synthesis technologies are driving the development of Synthetic Biology, whereby engineered circuitry and even entire genomes can be reconstituted from chemical building blocks. These two emerging areas have catalyzed the growth of Quantitative Biology, whereby the central goal is the deduction of quantitative principles that can be used to construct predictive models for biological phenomena.
2025
Ko Olina, Oahu
John Albeck, University of California, Davis
Frances Arnold, California Institute of Technology
Neda Bagheri, University of Washington
Ilka Bischofs, Max Planck Institute
Jamie Cate, University of California, Berkeley
Jennifer Doudna, University of California, Berkeley
Marcella Gomez, University of California, Santa Cruz
Jacob Hanna, Weizmann Institute of Science
Mo Khalil, Boston University
Brian Munsky, Colorado State University
Jennifer Oyler-Yaniv, Harvard University
Arjun Raj, University of Pennsylvania
Sydney Shaffer, University of Pennsylvania
Lingyan Shi, University of California, San Diego
