May the force be with you

May the force be with you

Mostly everything has a nano-unit measurement including sounds.  The human ear can hear things down to around 0 decibels.   If you are about 100 feet from a jet as it takes off that is about 150 decibels.  Your headphones can be cranked up to around 100 decibels.  Scientists at the University of California in San Diego have made nano-fibers that are sensitive enough to hear things at -30 decibels.  That is around 1000 times more sensitive than the human ear (decibels are measured on a log scale).  They can use this device to ‘hear’ heart muscles beat.   These scientists imagine that their device might be used to ‘hear’ a single bacteria (sneaking up behind you) or changes in cells that might signal their becoming cancerous.  Their work was supported by the National Science Foundation

Read more

Latest news

Gemini is coming to the Fitbit app for improved health insights

Google completed the acquisition of Fitbit back in January 2021 for $2.1 billion. Since the acquisition, Google has been...

How to Choose the Most Cost-effective Sports Watch? – Misirun

What Are the Classifications of Sports Watch? How to Choose the Most...

‘First of its kind’ | US firm unveils hydrogen-battery hybrid car with range of over 1,000 Km « Genesis Nanotechnology

A US start-up is now taking pre-orders for a plug-in hybrid passenger vehicle that runs using both a hydrogen...

What’s New: Auto-Reverse Translation | XRAI Glass

We’re super excited to tell you about our latest feature, auto-reverse, now available on the XRAI Glass app. Imagine having...

Nanotechnology solutions for the climate crisis

Reaching net-zero emissions by 2050, as well as substantial near-term emission reductions by 2030, are needed to avoid the...

Some Useful Links for You to Get Started2

It seems like you’re running a default WordPress website. Here are a few useful links to get you started: Migration How...

Must read

Nanotechnology solutions for the climate crisis

Reaching net-zero emissions by 2050, as well as substantial...

On-demand nanoengineering of in-plane ferroelectric topologies

By precisely controlling the movement of the piezo-positioner during...