Papers
13
Total Citations
1,012
H-Index
10
About
Kyle Gilpin is a pioneering roboticist whose work lies at the intersection of modular robotics and programmable matter—systems that can change their physical form on demand. His most influential contributions center on developing self-assembling and self-disassembling robotic modules capable of reconfiguring into arbitrary shapes. In his landmark 2013 paper on M-Blocks (248 citations), Gilpin introduced cubic robots that use momentum-driven pivoting to locomote across a substrate and self-assemble into new geometries. Earlier, his "Robot Pebbles" system (187 citations) demonstrated centimeter-scale modules with electropermanent magnets that could bond, communicate, and share power to form 2D shapes through subtraction. His foundational work on the Miche system (149 citations) pioneered the concept of shape formation by self-disassembly, where an amorphous collection of modules disassembles into a target shape. Gilpin later extended the M-Blocks concept to three dimensions (144 citations), enabling modules to pivot about multiple axes for true 3D lattice locomotion. His comprehensive 2010 survey on modular robot systems (128 citations) remains a definitive reference connecting modular robotics to programmable matter. Through these innovations, Gilpin has established foundational principles for creating adaptive, reconfigurable robotic systems that can match shape to function.
Research Focus
Key Achievements
Top Papers
- 1M-blocks: Momentum-driven, magnetic modular robots248 citations · 2013
- 2
- 3Miche: Modular Shape Formation by Self-Disassembly149 citations · 2008
- 4
- 5Modular Robot Systems128 citations · 2010
- 6Miche: Modular Shape Formation by Self-Dissasembly49 citations · 2007
- 7Compliant Modular Shape Memory Alloy Actuators48 citations · 2010
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- 9
- 10A distributed algorithm for 2D shape duplication with smart pebble robots12 citations · 2012