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Microrobots overcome navigational limitations with the help of ‘artificial spacetimes’

Microrobots—tiny robots less than a millimeter in size—are useful in a variety of applications that require tasks to be completed at scales far too small for other tools, such as targeted drug-delivery or micro-manufacturing. However, the researchers and engineers designing these robots have run into some limitations when it comes to navigation. A new study, published in Nature, details a novel solution to these limitations—and the results are promising.

ACM SIGAI Autonomous Agents Award 2026 open for nominations

ACM SIGAI logo
Nominations are solicited for the 2026 ACM SIGAI Autonomous Agents Research Award. This award is made for excellence in research in the area of autonomous agents. It is intended to recognize researchers in autonomous agents whose current work is an important influence on the field. The award is an official ACM award, funded by an endowment created by ACM SIGAI from the proceeds of previous Autonomous Agents conferences. The recipient of the award will receive a monetary prize and a certificate, and will be invited to present a plenary talk at the AAMAS 2026 conference.

How to nominate

Anyone can make a nomination. Nominations should be made by filling out this google form, and should consist of a short (< 1 page) statement that emphasizes not only the research contributions that the individual has made that merit the award but also how the individual’s current work is an important influence on the field.

Note: a candidate can only be considered for the award if they are explicitly nominated. If you believe that someone deserves the award, then nominate them – don’t assume that somebody else will!

Nomination link is here.

Important Dates

15 December 2025 – Deadline for nominations
1 February 2026 – Announcement of winner
25-29 May 2026 – AAMAS-2026 conference in Paphos, Cyprus

For any questions please contact Edith Elkind (Award Chair) or Louise Dennis (SIGAI Vice Chair).

Linearizing tactile sensing: A soft 3D lattice sensor for accurate human-machine interactions

Touch is the sense that brings us into direct contact with reality, revealing shape, texture, and resistance. Designing soft sensors to mimic biological fingertips facilitates natural haptic communications in telerobotics and prostheses, but suffers from inaccurate tactile decoding.

Disney teaches a robot how to fall gracefully and make a soft landing

Bipedal (two-legged) robots are sophisticated machines, but they are not the most graceful when things go wrong. A simple push, fall or an obstacle can send them crashing to the ground, often resulting in expensive damage to sensitive components such as cameras.
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