While trying to find ways to see the entire Solar System, SPACENOW developed a novel method of image processing with the employment of three software programs.
Named HMIR, this technique breaks away with some established rules of astro imaging with results that proved excellent including a surprising level of sharpness and resolution regardless of the distance to the object targeted.

The unorthodoxy of HMIR is better understood in the HMIR pre-requisites described on this website.

● New Vesta image reveals a rusty appearance as asteroid approaches Earth

● Omega Centauri contains more stars than many small irregular galaxies

● Titan imaged in the optical wavelength appears mostly green and yellow

● Altair's blue globe, although slightly flattened doesn't come close to Achernar's unique shape

● First ever film of a star shining brings the silent movies back to a stellar level

● Of all documented stars, VEGA's disc is the whitest so far imaged

● Charon's rotation follows a sidereal north/south direction as second successfull image indicates

● Triple blue subgiants Acrux A, B and C shine alltogether blueish.

● HMIR zeros in on Rigel Kentaurus. The pair look like twin stars.

● 3/4 of Pluto's rotation are now mapped by Spacenow. Two more mountains showed up

Asteroid Vesta

Mercure | Vénus | Lune | Mars | La ceinture d' astéroïdes | Vesta | Cérès | Le Système de Jupiter: Europe, Ganymède, IO, Callisto | Le Système de Saturne: Titan, Rhéa, Téthys, Dioné | Le Système d'Uranus: Puck, Miranda, Umbriel, Ariel, Titania, Obéron | Neptune et Triton | Pluton | La Lune éclipsée avec Saturne