By Afra Beyza Coşkun “Why do we waste so much money on space when we have so many problems here on Earth?” is a question that often arises with genuine curiosity — and sometimes with frustration. Considering the numerous significant problems worldwide, such as poverty, inadequate healthcare systems, and rising global temperatures, the concern is understandable. Yet, there are compelling reasons why investing in space exploration is not only justifiable but essential. First, exploring space is not a distraction from […]

Written by Aruna Devi TM With the now-regular news of space missions launching or the billions being invested in space exploration or new developments in the space industry, it feels natural for some people to wonder: shouldn’t we be focusing on problems here on Earth first? With climate change accelerating, healthcare systems strained, and poverty affecting millions, a resounding cry we hear often falls along the lines of “why are we spending so much money looking up at the stars?” […]

Even if we don’t find life, we’ll finally be able to say how rare—or how common—it really might be. What if we spend decades building advanced telescopes to search for life on other planets and come up empty-handed? A recent study led by ETH Zurich researchers including corresponding author, Dr. Daniel Angerhausen (an affiliate of both BMSIS and the SETI Institute), tackled this question, exploring what we can learn about life in the universe—even if we don’t detect signs of […]

By Graham Lau (BMSIS Senior Research Investigator) Units of measurement are essential tools for understanding and navigating our place in the universe. They give us frames of reference when communicating our ideas to each other—from simple ideas like how much flour to add for a bread recipe and how fast you’re allowed to drive without getting in trouble to more complex ideas like understanding the rate of expansion of the universe or calculating how much fuel a spacecraft needs to […]

Taylor is a PhD student in Biophysics at the University of California, Riverside (UCR), where she does research in astrobiology, microbiology, and bioengineering. Her research focuses on extremophiles, particularly halophiles, and their interactions with viruses in Mars analog environments. She also investigates halophilic fungi and uses nanopores to gain insights into microbial life and potential applications for future space missions.

Dr. Roberts Kingman is interested in evolutionary genetics, the molecular mechanisms underlying adaptation to environmental challenges, and the use of synthetic biology to solve broader problems. He completed his Ph.D. at Stanford University using stickleback (a small fish with a unique natural history) as a model system, exploring the genetic changes underlying their remarkable evolution both genome-wide and for a particular trait (armor spine length). He is now working to apply similar techniques and ideas from evolutionary genetics to astrobiology, […]

A.J. Bates has been at Skyline College for over twenty years, where he teaches Chemistry courses for the science majors sequence. He has taught Chemistry at the high school and college levels for over twenty-five years. You can learn more about Dr. Bates and his work on his faculty page.