Here's a photo I took compared to a screenshot from Luniss. We have a few final tweaks to make, and then we'll be going online! Read More.
To the fans of my old virtual/online planetarium NightSky3.1...click the link to read the full story. Read More.
We have been quiet – working hard – for the last four months. We'd love to bring you new screenshots, but all the work is the "behind the scenes" stuff. Read More.
Luniss has rendering to simulate long exposure photography. Here's Orion. Read More.
Here's a screenshot and reminder about the upcoming total lunar eclipse. It will rise during totality for the UK. Read More.
We are now able to show you localised light pollution. These are the lights one sees on the horizon when in the countryside, and the glow of a city when in the suburbs. Additionally, the glare from a near full Moon is simulated. Read More.
The User Interface to Luniss is simple but powerful. A menu at the top. Options at the top left. And pop-up menus when appropriate. Read More.
In Luniss, you'll be able to view all earth-bound artificial satellites, including the geo-stationary ones that provide your Sky TV signal (Astra). Read More.
The ability to track the International Space Station as well as some other man-made satellites is a new feature of our planetarium. Read More.
When we launch later in the year, you'll be able to view all 110 Messier objects. Here's the Pleiades, visible with the naked eye. Read More.
Thanks to Gaia, Tycho and other star catalogues, we have 535,248,573,996 bytes of data with which to paint the sky. Here's a sample of what you might see when entering Astrophotography Mode in our simulation of the northern skies. Read More.
A new feature for our virtual planetarium is the inclusion of the deep sky objects. The biggest and brightest to start with, and many more to be steamed your way in future. We begin with Open Clusters and Globular Clusters, like Messier 13 seen in this black and white screen shot. Read More.
One can watch the planets wander around the sun at a million times normal speed, and/or fly through the solar system on a virtual spacecraft. Here we see a static shot of the solar system, with all the planets, Sun, Moon and some of the Jovian and Saturnian moons too. In the background, we see the Milky Way. Read More.
It's not just about simulating the stars and the planets, but it is also about simulating phenomena closer to home. Here we see a simulation of light pollution while looking at the constellation Orion. Five vertical slices simulate, from left to right: a dark sky site, rural/countryside, suburban, town and city. Read More.
The 2017 total solar eclipse as it appears from Earth, and from space showing its shadow as appears on the surface of planet Earth. Read More.
Back in March 2015, a total solar eclipse occurred over the Faroe Islands. Some amazing images were taken. But what did it look like from space? Read More.
Just set the date to witness some of the most cosmic planetary ballets that can be seen from Earth—the interplay between Jupiter's giant moons: Io, Europa, Ganymede and Callisto. Read More.
Expect to see bright blue skies in the middle of the day and sunset and sunrise effects at dusk and dawn. Read More.
Whether you are excited by eclipses, have a taste for transits, or you're oriented towards occultations, we will be able to offer them all. Read More.
You are no longer stuck on planet Earth. Travelling through the solar system is a new feature, letting you fly over the rings of saturn. Read More.
With improved textures and digital elevation modelling, the Moon looks more realistic than ever. Read More.
You will be able to view 2.5 million stars from our stellar database. However, our new architecture means that you will not be limited to viewing a few hundred at a time. Read More.
We're just fixing some bugs, and we'll be online (in a testing capacity soon). If you want to be part of this, please email firstname.lastname@example.org.