Pixel art looks deceptively simple. A few squares of colour arranged on a grid can become a character, a tree, or an entire scene. Yet anyone who has tried to make their own sprite...

Pixel art looks simple at first glance. A grid of coloured squares can produce characters, scenes and animations that feel charming and precise. Yet many beginners find that their own attempts do not look...

The colour palette is the quiet foundation of every pixel art piece. Before a single sprite is drawn or a background is shaded, the artist decides which colours will do the work. A strong...

Pixel art has a distinctive charm that appeals to both retro game fans and modern digital artists. Because every pixel is placed by hand, the style rewards patience, planning, and a willingness to experiment....

Pixel art has been a staple of video games and digital illustration for decades, and it remains one of the most recognisable visual styles in the industry. Although a finished sprite can look simple,...

Artificial intelligence has become a standard tool in studios, home offices, and exhibition spaces, and the phrase AI art ethics has moved from a niche academic concern to a pressing practical issue. Artists who...

The question of what makes art original has occupied artists, critics, and philosophers for generations. Generative artificial intelligence has made that question more urgent than ever. When a machine produces an image, who can...

Artificial intelligence has changed how images are made. Type a phrase into a generator and, within seconds, a finished picture appears. That speed is remarkable, and it has opened new creative territory for digital...

The debate over originality in AI art has moved from the fringes of digital culture to the centre of conversations about creativity, copyright and authorship. As machine learning tools produce images that rival human...

When a machine produces an image that stops you mid-scroll, who deserves the credit? The person who typed the prompt, the engineers who trained the model, or the algorithm itself? This question sits at...