Akanksha Gaur

By using embedded metalenses to project holograms, the method achieves precision down to fractions of a nanometer—paving the way for cost-effective 3D chip production and opening new possibilities for compact sensors and startup innovations.

This material not only outperforms traditional shielding by minimizing secondary interference but also offers flexibility and durability, making it ideal for use in next-gen devices like rollable smartphones and wearables.

SMT-compatible and IP67-rated switches, ideal for automotive, medical, consumer, and industrial applications

With this launch, the company strengthens its leadership in renewable energy, offering efficient and reliable technologies for homes, businesses, and agricultural operations across India.

It meets the needs of DIY users and professionals alike by combining advanced motor control, optimized power management, and versatile connectivity in a robust, high-performance package.

Self-protecting devices with integrated energy handling deliver 340 J, feature R25 values up to 1.5 kΩ, and support high voltages up to 1200 VDC—reducing component counts.

Artificial Intelligence, AI Learning, Machine learning, Internet technology networking concept. 3d rendering

Ultra-thin power semiconductor wafers, cutting substrate resistance by half for over 15% power loss reduction, supporting diverse applications and its Powering AI roadmap, now available to customers.

3D transistors utilising ultrathin materials and quantum mechanics to create devices that operate at ultra-low voltages that promise faster, more powerful electronics, paving the way for a new era in energy-efficient computing.

This design offers an advanced, reliable alternative to traditional mechanical buttons, improving durability and user satisfaction across multiple applications.