1) Length and energetic disparity. The X:R and R-Y have discriminative length, energy, and vibration frequency. For the O:H-O instance, the cohesive energy of O:H is 0.1-0.2 eV, and vibrates at 75-200 cm -1 frequencies as compared to the H-O bond that has 5.1-4.0 eV cohesive energy and vibrates at a faster pace of 3700-3200 cm -1 . One can only break the H-O bond in gaseous phases by a 121.6 nm laser beam radiation. The vibration frequency depends on the length (d) and 4) Extraordinary adaptivity, recoverability, and sensitivity. The combination of the X:R attraction and the X:⇔:Y repulsion makes the soft X:R oscillator extremely elastic and sensitive to a perturbation , which ensures the extraordinary adaptivity and recoverability of the entire X:R-Y bonding system to a perturbation, such as ice slipperiness and skin hydrophobicity of water and superfluidity of droplets traveling in microchannels .