MXene-Coated Lenses Revolutionize Safety in Smart Wearables

Quick summary

• Researchers from Waseda University, Kyoto University, and Yamaguchi University Hospital have developed MXene-coated contact lenses with superior optical and electromagnetic radiation (EMR) shielding properties.
• MXenes are 2D transition metal carbides/nitrides known for EMR shielding. Innovations overcome their previous limitations such as poor adhesion and oxidation susceptibility.
• The fabrication method involves a wet-transfer approach using acetone to coat MXene films onto commercial soft contact lenses. This ensures high scalability,adhesion,and prevents oxidation.
• Key results: >80% visible light transmission, strong conductivity, dehydration protection, biocompatibility (>90% cell viability), and up to 93% shielding efficiency against high-frequency EMR.
• Tests on porcine eyes revealed effective absorption of electromagnetic energy when exposed to microwaves-protecting the eyes by dissipating heat energy rather than allowing direct heating.
• This innovation not only ensures eye health but opens avenues for integrating advanced nanomaterials in wearables, medical devices, implants, and bioelectronics.

!contact lens
Credit: Unsplash/CC0 Public Domain

Indian Opinion Analysis

The development of MXene-coated smart contact lenses marks a pivotal advance in wearable technology addressing safety concerns associated with electromagnetic exposure-a topic of relevance as India continues expanding its digital infrastructure. Given India’s growing interest in nanotechnology applications for healthcare devices and wearables, this research highlights potential opportunities for collaboration between Indian universities or startups specializing in materials science with global counterparts like Waseda University.

India’s strategic push toward strengthening its R&D ecosystem could benefit from studying such breakthroughs to integrate nanotechnology into healthcare solutions.Doing so aligns well with initiatives aimed at revolutionizing medicine while safeguarding public health amidst increased usage of wireless devices. As thes technologies inch closer toward commercialization globally, attention should be given to accessibility challenges prevalent in developing countries like India to ensure inclusive adoption.

Read More