Cybloids - creation and control of cybernetic colloids

Area of Science:

• Statistical physics
• Soft matter science
• Nanotechnology

Background:

• Colloidal systems are crucial in fundamental science, nature, and technology, impacting statistical physics understanding.
• Controlling colloidal particle properties is essential for their successful application.
• Existing colloidal systems lack the flexibility for freely selectable particle characteristics.

Purpose of the Study:

• To present a novel concept for creating colloidal particles with freely selectable properties.
• To demonstrate the control and programmability of these particles for advanced applications.
• To introduce cybernetic colloids (cybloids) as a new class of controllable particles.

Main Methods:

• Development of computer-controlled colloids termed 'cybloids'.
• Programming external potentials (time-delayed, attractive harmonic, annular) acting on single cybloids.
• Implementing programmed interaction potentials for multi-cybloid systems.

Main Results:

• Cybloids can exhibit programmable behaviors like subdiffusion or activity through tailored potentials.
• Programmed interaction potentials allow precise selection of crystal structures in multi-cybloid systems.
• Demonstrated ability to control particle properties based on external commands and algorithms.

Conclusions:

• Cybloids offer unprecedented control over colloidal particle properties and interactions.
• This technology opens new avenues for designing complex colloidal systems and phenomena.
• Cybloids have broad potential in fundamental research and technological applications.