Crutchfield Education Center
Locust, NC:
How wearable electronics is rapidly evolving
Making electronic systems wearable is an increasingly popular design option. Advances in process technology and wireless protocols have enabled wearable electronics to be integrated into a wide range of form factors for many different applications, and this is just the start for the technology.
How to grow electronics that are one atom thick
Two atomically thin materials can form functional circuits given the right pattern.
The Internet of Things: Where healthcare and electronics converge
Recent regulations for medical devices and the burgeoning opportunities from Internet of Things data is expected to dramatically transform healthcare and lifestyle, and the electronics industry is...
Dissolving electronics are a surprisingly simple answer to implantable tech
Transient -- essentially dissolving -- electronics are incredibly thin chips that melt away naturally after a given length of time. They'll be perfect for implantable medical applications
What Is The Future For Sensor System Designers?
Various forces underpin the changing role of sensors in electronics systems.
How miracle material may keep electronics cool in the future
3-D white graphene structures may alleviate the heat dissipation problems that plague electronics, according to researchers out of Rice University.
Space-grade CPUs: How do you send more computing power into space?
Figuring out radiation was a huge "turning point in the history of space electronics."
8 Under-the-Radar Tech Companies at CES That Brands Should Know About
Mindshare shares trends from the Consumer Electronics Show.
How to grow Graphene Nanoribbons (study research)
These sort of ribbons have been heralded by industry experts as the component of the future which will make electronics faster and more efficient
CMTC Innovation Strategies to Increase Your Business
Louroe Electronics works with CMTC to develop Innovation strategies to introduce new products to the marketplace.
New technique shows how 2-D thin films take the heat
A new method exposes how 2-D materials react when heated, which could help engineers build sturdy next-gen electronics.
So Long, Fry’s. I Learned Everything About Gadgets From You
Now that the big-box electronics store has shuttered, future generations need a place where they can touch and discover the next great technology.
When circularity meets climate tech
Climate tech designers should take a cue from consumer electronics companies such as Dell and Sonos.
Study shows how superconductivity can be switched on and off in superconductors
Superconductors are materials that can enter a state of no electrical resistance, through which magnetic fields cannot penetrate. Due to their interesting properties, many material scientists and engineers have been exploring the potential of these materials for a wide range of electronics applications.
Smarter electronics a step closer with nanotech advance
As silicon-based technology reaches its absolute limits, a material engineered by University of Queensland researchers could herald the next generation of electronics with more memory, faster speeds and advanced features.
