A penny, an older version of the RoboBee, the current RoboBee, and a crane fly; Image: Harvard School of Engineering
After two decades of development, the RoboBee from Harvardâs Microrobotics Lab is almost ready for a full release, according to a new study. Soon to come: morbid online polls determining their next human target.
The specs: The RoboBee measures about half the size of a paper clip, and weighs less than one-tenth of a gram. It flies using artificial âmusclesâ that contract when a voltage is applied, with additional modifications allowing some RoboBee models to transition from swimming underwater to flying, as well as âperchâ on surfaces using static electricity.
The lab hopes to use the tiny robots for environmental monitoring, disaster surveillance, and even artificial pollination to aid declining actual bee populations.
Harvard, we have a problem: In the past, researchers have struggled to engineer consistent, safe landings for the RoboBee due to how small and light it is. Previous iterations suffered from significant ground effect, or instability as its flapping wings drew closer to the landing surface.
Looking aheadâŠWhile the RoboBee is currently tethered to off-board control systems, Harvard researchersâ long-term goal is for their bots to have full autonomy.
đ€ In a world first, the UAE last week unveiled plans to use artificial intelligence to help draft, amend, and review laws.
đ€ On Wednesday, OpenAI launched ChatGPT programs o3 and o4-mini, new AI reasoning models designed to pause and work through questions before responding.
đȘ A team of researchers using NASAâs James Webb Space Telescope have found what they say is the most compelling evidence to date of extraterrestrial life, located ~120 light-years from Earth on a planet called K2-18b, per a new study.
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