Biomimetic self-sustained ion oscillation in miscibility gap and chemical inductance impact in potassium sensing

Key Points

• Ion oscillation enhances potassium sensing in this biomimetic system, showing its potential effectiveness.
• Key evidence indicates significant dependence on the miscibility gap and chemical inductance factors.
• Assessment using biomimetic design principles highlights the unique advantages of self-sustained systems in sensing applications.
• This approach may enable advancements in reliable potassium sensing, although further investigation is needed for practical applications.