The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
The battery is made using a coating of glucose and uses water to complete the circuitry making it safe for the user as well as the environment.
Although great strides are being made in the field of “smart” contact lenses, one challenge remains – how do you safely and discreetly power the things? Singaporean scientists may have the answer, in …
Although great strides are being made in the field of “smart” contact lenses, one challenge remains – how do you safely and discreetly power the things? Singaporean scientists may have the answer, in …
Scientists from Nanyang Technological University, Singapore (NTU Singapore) have developed a flexible battery as thin as a human cornea, which stores …