Interactive Star Charts, Planets, Meteors, Comets, Telescopes

If you look closely, you can see different shades of yellow on the planet as well! Iapetus may be cropped out of your FOV due to its wider orbit around Saturn. If you’re looking to buy or already have one, you might be wondering ‘Where should I store my telescope?
Mercury, Venus, Mars, Jupiter, and Saturn are the five brightest planets in our night sky and, therefore, observable by most people. It is important to remember that the night sky changes over the course of the day and over the course of the year. Sometimes it’s up only during the early morning, sometimes it’s up only during the day and it’s almost impossible to find.
Mars is one of the best three planets to observe through a home telescope because of its proximity to Earth. I founded STG to help others learn about and experience the night sky. She grew up in Alaska, has lived across the U.S., and traveled around the world to enjoy the night sky from many different perspectives. Join her on this journey to explore space right here on earth.
Many of us don’t happen to live near a certified IDA Dark Sky Reserve, but don’t worry; there are places for you too. These stories involve the stars, but are not truly about the stars. To appease the gods, the kings ordered Andromeda to be chained to a rock at the shore so that the monster would kill her and leave his nation in peace. Exoplanet is a bit more technical and science-y, but they all will work great for helping you begin your adventures. Find somewhere high up, where the air is thinner and interferes with starlight less. I was shivering even inside my sleeping bag and all my clothes.
As with all planets, Mars is on its own orbit of the Sun, so its position in the sky changes. By using any stargazing app, you’ll be able to plan when to see Mars. There is no need to splash out on expensive equipment, especially when you’re first getting into stargazing. There is so much you can see with the naked eye – planets, stars, satellites, meteor showers and the Moon.
Thus, our modeling of the LTT 9779 b atmosphere suggests a supersolar metallicity (at least higher than 400 times the solar abundance). Crossfield et al. (2020) also invoked a metal-rich atmosphere to explain the optical and infrared phase curves of LTT 9779 b. They suggested a supersolar metallicity when compared with their atmospheric models even without considering atmospheric condensates, as was the case for the analysis performed in this work. Even though clouds do form in the model without any heat redistribution, TiO and VO are able to evaporate again at low pressure, ensuring a strong thermal inversion.
With just a small or medium-sized telescope, skygazers can easily observe planets. And you don’t need a dark sky to view all of our solar system’s planets; even under city lights, Venus, Mars, Jupiter and Saturn can be easy to see with a telescope. Neptune was discovered in 1846, the first planet discovered after mathematical calculations were used to predict its approximate location. After observing Uranus for some time, astronomers noticed that the planet was not where they predicted it would be in the night sky. French astronomer and mathematician, Urbain Le Verrier, hypothesized that this discrepancy could be due to the influence of an unseen planet. Using only his knowledge of celestial mechanics and mathematics, Le Verrier correctly predicted Neptune’s existence and position!
7 shows all the models are cold enough for titanium-bearing molecules to condense. As a consequence, none of the models shows a thermal inversion due to the absorption of light by gaseous titanium oxide. However, the titanium oxide clouds never reach an optical depth that is high enough to produce a high albedo. Only the condensation of silicate-based clouds can produce a high albedo and thus a large eclipse depth in the optical. The presence of silicate clouds can be inferred from the spectra in all models with metallicities higher than 400 times solar by specifically considering the weak silicate absorption feature around 8–12 µm. We used the tool PandExo (Batalha et al. 2017) to estimate that the observation of five LTT 9779 b eclipses with JWST/MIRI would lead to a detection of this silicate feature at 10 microns.
In 2017, some viewers of the ABC’s Stargazing Live program discovered a five-planet system orbiting a star. Discover the best telescope for adults right here. became the subject of a paper on which they were credited as authors. At-home astrophotography can be done with either type of optical telescope but requires more specialised equipment. For deep-sky photos, the more you spend, the better your results will be.
The 7 min bins and the best-fit model are represented by the dark blue symbols and the yellow curve, respectively. The respective scaled transmission curve of each instrument is also shown at the bottom of the panel. In the bottom panel, we show the modeled thermal profiles for a subsample of models together with the condensation curves of Mg2SЮ4 and CaTiO3 for different metallicities (color). Heat redistribution from day to night is often poorly efficient.