or other polarizable structures. When in proper orienta- tion it-resonance structures (exemplified in simplest form by benzene) attract each other by van der Waals-type London dispersion forces, which then couple and oscillate. As dispersion forces tend to be stronger between mol- ecules that are easily polariz

ermis. Unlike traditional wafer-based technologies, laminating such devices onto the skin leads to conformal contact and adequate adhesion based on van der Waals interactions alone, in a manner that is mechanically invisible to the user. We describe systems incorporating electrophysiologicaL temperature, and

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.). In fact, it adheres to skin only using van der Waals forces—the forces of attraction between atoms and molecules—so no adhesive material is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.). In fact, it adheres to skin only using van der Waals forces—the forces of attraction between atoms and molecules—so no adhesive material is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.). In fact, it adheres to skin only using van der Waals forces—the forces of attraction between atoms and molecules—so no adhesive material is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, cre=ses, etc.). In fact, it adheres to skin only using van der Waals forces—=he forces of attraction between atoms and molecules—so no adhesive mater=al is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, cre=ses, etc.). In fact, it adheres to skin only using van der Waals forces =80 the forces of attraction between atoms and molecules—so no ad=esive material is required. Between the flexibility and the lack of adhesi

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.).=ln fact, it adheres to skin only using van der Waals forces—the fo=ces of attraction between atoms and molecules—so no adhesive mater=al is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.►. In fact, it adheres to skin only using van der Waals forces—the forces of attraction between atoms and molecules—so no adhesive material is required. Between the flexibility and the lack of adhesive,

s of the skin (such as stiffness), and its thickness matches that of skin features (wrinkles, creases, etc.). In fact, it adheres to skin only using van der Waals forces—the forces of attraction between atoms and molecules—so no adhesive material is required. Between the flexibility and the lack of adhesive,