Gabriel Mhlanga's scientific approach on Space Exploration has caused Zimbabwe to accelerate it's space program
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Gabriel Mhlanga, an A level student from Mkoba 1 High school in Gweru, Zimbabwe is also civilizing the minds of his fellow students and teachers on the idea of Space Exploration. His approach during Physics lessons at Mkoba 1 High school has led the entire clan to nickname him the younger Guru.
Soon he is going to release his first episode series of the Evolution of earth
Hi 2021 NASA Space Apps Challenge Bulawayo Teammates! With roughly 4 weeks until Space Apps 2021 – we are excited to support you as you plan your event! Below are quite a few updates for the hackathon. Please take a minute to read through them. In this week's planning call, we will talk about Project Submission, do a live walkthrough and have time to learn from the GO Team and each other. *Global Awards* In honor of our 10th year, NASA Space Apps have added 4 new awards this year! See the descriptions below: Traditional Space Apps awards: *Best Use of Science* - The solution that makes the best and most valid use of science and/or the scientific method. *Best Use of Data* - The solution that best makes space data accessible, or leverages it to a unique application. *Best Use of Technology* - The solution that exemplifies the most innovative use of technology. *Galactic Impact* - The solution with the most potential to improve life o...
. This artist’s concept depicts the dry environment seen at Mars today versus the early Martian environment. Image credit: Simon Fraser University. Dust storms heat up higher altitudes of the Martian atmosphere, preventing water vapor from freezing as usual and allowing it to reach farther up. In the higher reaches of Mars, water molecules are left vulnerable to ultraviolet radiation, which breaks them up into their lighter components of hydrogen and oxygen. Hydrogen, which is the lightest element, is easily lost to space, with oxygen either escaping or settling back to the surface. Planetary scientists have long suspected that Mars has lost most of its water largely through this process, but they didn’t realize the significant impact of regional dust storms, which happen nearly every summer in the planet’s southern hemisphere. Globe-enveloping dust storms that strike typically every three to four Martian years were thought to be the main culprits, along with the hot summer months in t...
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