Feature article in Science, Vol. 356, Issue 6337, pp. 476-479, “A global robotic telescope network helps astronomers keep up with the fast-changing sky” Summary of article: Using standardized telescopes of diameter between 2 meter and 40 centimeters, a global network of automated telescopes lend clarity to distant stars, galaxies and even exoplanets through the … More Global network of standardized telescopes for time domain astronomy
Feature article in Science, Vol. 355, Issue 6329, pp. 1010-1014, “Hubble Trouble” Summary of article: Observations of distant stars and galaxies highlighted to astronomers that the universe is expanding through possibly the repulsive effect of dark energy; however, the rate of expansion of the universe as measured by the Hubble constant is still under heavy … More Determining the expansion of the Universe through the Hubble constant
Pluto is originally classified as the ninth planet of our Solar System, but it was reclassified as a dwarf planet in 2006 by the International Astronomical Union. On examination of the orbital characteristics of Pluto, my belief is that the planet is not a member of our Solar System, but rather, it orbits with a … More Pluto is not a planet of our Solar System
Our moon’s diameter is 3476 km (Link), which is larger than that of Pluto, which stands at 2370 km (Link). Hence, can our moon be a planet? Answer is yes, if our moon orbits in a circular or slightly elliptical orbit around a star. It is our moon because it orbits around our planet, Earth. … More Our moon is bigger in size to Pluto, but it is not a planet. What defines a planet?
Antarctica is important in many ways other than its sheer scale of beauty for explorers, it is also rich in many areas of scientific research running from astronomy, cosmology, global warming, glaciology, climate change, sea level rise, social animal activities, etc. The United States run the largest scientific research station in Antarctica, McMurdo research station, … More Antarctica McMurdo research station