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we-often-wonder-if-somewhere-hidden-on-mars-are-the-building-blocks-for-life:-microscopic-bacteria-and-small-organisms.-but-what-about-the-actual-building-blocks-to-build-a-civilization?-a-new-study-suggests-that-the-material-we-will-need-to-build-houses,-buildings,-and-even-entire-colonies-on-mars-may-already-be-there.-a.-__________-dr.-qiao,-a-materials-scientist-and-engineer-at-the-university-of-california,-and-his-colleagues-experimented-with-a-substance-that-is-chemically-and-physically-similar-to-what-you-might-find-on-the-surface-of-mars,-but-is-made-from-particles-on-our-planet.-b.-__________the-team-members-found-that-they-could-turn-this-substance-into-bricks.-if-it-works-with-real-martian-soil,-the-technique-could-make-it-possible-to-develop-building-material-on-mars-at-a-low-energy-cost,-making-it-much-simpler-to-erect-structures-on-the-surface-of-the-red-planet.-c.-__________-his-team-had-previously-worked-with-a-lunar-soil-simulation,-which-needs-a-binding-agent-(a-type-of-glue)-to-be-compressed-into-a-brick.-d.-__________-after-that-work,-his-team-set-their-eyes-on-mars.-they-realized-they-could-produce-the-same-kind-of-bricks-for-the-red-planet-with-smaller-and-smaller-amounts-of-their-space-glue,-until-they-found-they-could-make-martian-bricks-just-by-using-pressure.-e.-__________-team-members-think-that-it-acts-like-a-glue-to-hold-the-particles-together-after-they-apply-enough-pressure-to-it.-“the-paper-is-an-interesting-step-in-the-right-direction”,-said-jon-rask,-a-research-scientist-at-nasa-who-was-not-involved-in-the-study.-the-next-challenge,-according-to-rask,-would-be-to-see-if-the-results-could-actually-hold-up-in-mars.

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