Maximilian Hackner
Papers
1
Total Citations
47
H-Index
1
About
Maximilian Hackner is a pioneering researcher at the intersection of advanced manufacturing and dynamic polymer chemistry, with a primary focus on developing programmable, living microstructures. His most significant contribution lies in the creation of covalent adaptable microstructures through the innovative combination of two-photon laser printing and alkoxyamine chemistry. This work, detailed in his highly cited 2022 paper (47 citations), introduces a paradigm shift in 3D microfabrication by enabling materials whose mechanical properties can be dynamically adapted on demand. Hackner’s approach allows for the production of “living” microstructures—structures that can be reconfigured, healed, or reshaped post-printing, addressing critical needs in robotics, biomedicine, and microfluidics. By integrating dynamic covalent bonds into printable formulations, he has unlocked new possibilities for adaptive materials that respond to external stimuli. His research stands out for its interdisciplinary impact, bridging materials science, chemistry, and engineering to create functional, responsive architectures at the microscale. Hackner’s work is widely recognized as a foundational step toward truly intelligent, self-adapting microdevices, earning him a reputation as a key innovator in the field of programmable matter.
Research Focus
Key Achievements
Top Papers
- 1