
Flexible Nanoelectronics
Future electronics will be smart, flexible, bendable, made from sustainable, not-toxic materials and will be easy to recycle.
We use nanotechnology and draw inspiration from nature to make, electronic memories that mimic the efficiency of the human brain, and batteries that are made from cellulose, the main component of plant cells.
We will explain how nanotechnology is used to fabricate billions of electronic components on a single chip. Then we will show you how to create tiny nanogaps between metals. You will use a model of these (magnified) nanogaps to place molecules and form a memory device that can store information. You will write and erase the information in this memory device yourself! Finally, we will showcase how a common Lithium-ion battery charges and discharges and will explain all about the new generation of nature-inspired batteries that we fabricate. These batteries are made from non-toxic materials, are recyclable and safe to use, and can be bent to work under flexible conditions. You will also have the chance to make your own battery model!
We use nanotechnology and draw inspiration from nature to make, electronic memories that mimic the efficiency of the human brain, and batteries that are made from cellulose, the main component of plant cells.
We will explain how nanotechnology is used to fabricate billions of electronic components on a single chip. Then we will show you how to create tiny nanogaps between metals. You will use a model of these (magnified) nanogaps to place molecules and form a memory device that can store information. You will write and erase the information in this memory device yourself! Finally, we will showcase how a common Lithium-ion battery charges and discharges and will explain all about the new generation of nature-inspired batteries that we fabricate. These batteries are made from non-toxic materials, are recyclable and safe to use, and can be bent to work under flexible conditions. You will also have the chance to make your own battery model!
You may also like

Primary Engineer: Can you sort your recycling quicker than AI?
"If you were an engineer, what would you do?" Meet our final year undergraduate engineering students who were inspired by a primary pupil's concept to design a smart bin. A ...Read More
Highfield Campus

Advancing the field of environmental biotechnology
Engineering and biology might sound like very different subjects - but by putting together we can do so much more, and we'd love to share this with you! The Environmental Biotec ...Read More
Highfield Campus