Developers of integrated circuits have said goodbye to silicone with the innovative design of the Imec flexible organic microprocessor. The research into the new technology, conducted by Jan Genoe, led to the harnessing of the unpredictable electric field of the semiconductor, producing a reliable unit.
The development of the Imec flexible organic microprocessor will pave the way for ductile devices, from smartphones and tablets to computers and appliances.
Clear Malleable Circuits
Imec Flexible Organic Microprocessor Invites Technological Pliability
Trend Themes
1. Ductile Electronics - The Imec flexible organic microprocessor opens up opportunities for the development of malleable electronics.
2. Silicone-free Circuits - The use of organic materials in the Imec microprocessor disrupts the traditional reliance on silicone.
3. Reliable Semiconductor Technology - The harnessing of the unpredictable electric field in the Imec microprocessor presents novel possibilities for reliable semiconductor technology.
Industry Implications
1. Electronics Manufacturing - The adoption of ductile electronics can revolutionize the manufacturing processes in the electronics industry.
2. Semiconductor Technology - The development of silicone-free circuits challenges the status quo in the semiconductor industry.
3. Consumer Electronics - Integration of the Imec flexible organic microprocessor can lead to the creation of innovative and versatile consumer electronic products.