Data from the New Horizons probe, flying in the asteroid field far beyond Pluto, have finally been downloaded and analyzed. They challenge our previous views of the formation of the solar system. Continue reading Fly-by of a distant asteroid provides clues about the formation of our solar system
Betelguese, a star in the Orion constellation, was spotted dimming in December 2019. Despite news reports that this may signal an impending supernova, it is probably just part of the star’s natural brightness cycles. Continue reading Betelguese: dimming, but probably not dying
A new study shows that the universe is expanding faster than scientists had initially predicted, sparking an effort to determine what unknown force in space is responsible. Read Ben Andreone’s article to learn more! Continue reading The Universe is Expanding Faster than Scientists Thought
Engineers at MIT have developed the blackest material to date by growing carbon nanotubes on an aluminum surface. The treated aluminum structure additionally has improved electrical properties and the synthesis process can be easily scaled for a number of applications. Continue reading Back in Black: The New Blackest Material
Scientists find the heaviest neutron star known to man – and it’s helping us understand when black holes form. Continue reading Super Heavy Star Found
50 years after the Apollo 11 landing, the US is planning on returning to the moon. While such a mission could answer new scientific questions about the history of our corner of the universe and help test new technology, lack of federal support and behind-schedule and over-budget projects make a 2024 landing a challenging goal. Continue reading Back to the Moon: Challenges Facing the 2024 Return
Everyone on Earth is familiar with gravity to some extent; it is the force that pulls us down to the planet’s surface. In fact, all objects with mass tug on other objects moving around them because of gravity. The strength of the gravitational pull depends on the mass of the object, and is often too weak to notice. However, for things as massive as galaxies, … Continue reading Seeing with Gravity: How invisible particles can be observed in outer space
If you travel into deep space and look back at Earth through a sophisticated telescope, you could measure what’s called the vegetation red edge (VRE). The vegetation red edge is a mixture of red and infrared light that is reflected by plants on Earth’s surface. Because of clouds, ice masses, and large oceans, the vegetation red edge on Earth is actually fairly small and difficult … Continue reading Signs of Life: Searching for Plants on Other Planets
After a new star is born, the surrounding gas and dust flattens out into a rotating disk. Some of that matter will condense, eventually forming the planets that circle the star. Unfortunately, it is challenging to watch the formation of a new planet. Light from the star tends to drown out light from the planet. Astronomers have only been able to spot planet-like-objects in these … Continue reading It’s a planet! Scientists find newborn planet for the first time
Since the first exoplanet discovery in the 1990s, scientists have learned of the diverse and abundant nature of exoplanets, having now found more than 3700. With such a large and disparate sample set, ESA (European Space Agency) has set its sights on learning how these planets form and what their chemistry is like. A new telescope, or ‘mission’, ARIEL (Atmospheric Remote-sensing Infrared Exoplanet Large-survey), has … Continue reading ARIEL: Exploring strange new worlds and boldly observing what no telescope has observed before.