Quick LinksGeneral Grievous' Cybernetic Enhancements Made Him Nearly UnstoppableGeneral Grievous Exploited the Weaknesses of the JediGeneral Grievous Was Not Immune to the ForceStar Wars: Episode III ...

New reports suggest George Lucas planned to give viewers a rematch between Obi-Wan Kenobi and Darth Maul in his canceled Star ...

As for the calendar, everything in the Star Wars galaxy is dated relative to the Battle of Yavin, where Luke Skywalker blew up the first Death Star. So Star Wars: Revenge of the Sith, which takes ...

Hyperspace Stories original graphic novel series from Dark Horse Books sets its sights on one of the most devious villains in ...

Device features lights, Sith runes, and interacts with Kyber crystals sold at Galaxy’s Edge for unique effects. Wayfinder illuminated light sequence and voice messages from Star Wars: The Rise ...

Star Wars Why do Sith in ‘Star Wars’ have yellow eyes? Here’s the in-universe explanation Darth Vader, Darth Sidious, and Darth Maul all had them, but not all the time, and not all Sith do.

Looking for a complete list of Sith Lords in order? This guide breaks down every known Sith Lord, from the ancient creator of the Rule of Two, Darth Bane, to ...

Jun 13, 2025 Cyborg beetles that can climb vertical walls Scientists demonstrate wall-climbing behavior in cyborg beetles through controlled stimulation, enabling navigation in complex environments.

She jokingly refers to herself as a “cyborg”. Born in eastern China’s Shandong province, Liu grew up in constant pain. She stopped growing at the age of 10. Her weight was 31kg last year.

These so-called cyborg tadpoles offer a glimpse into a future in which profound mysteries of the brain could be illuminated, and diseases that manifest in early development could be understood ...

“Cyborg Tadpoles” With Brain Implants Could Help Solve Mysteries Of Neurodevelopmental Disease The process is minimally invasive and offers stable ways to monitor brains as they develop.

Bioengineering researchers at the Harvard John A. Paulson School of Engineering and Applied Sciences have developed a soft, thin, stretchable bioelectronic device that can be implanted into a ...