Quantum Mechanics trumps Classical Physics in Heat Transfer at the Nanoscale

Sept. 1, 2012 - PRLog -- Introduction

Is your nanotechnology research outdated - based on classical physics and thus unable to explain unphysical observations?

If so, arrange for an illuminating speech or innovative seminar in

“How Quantum Mechanics can avoid the Unphysical at the Nanoscale”.

Check out the QED Radiations homepage    

URL: http://www.nanoqed.org      

Select areas of interest for your organization and contact us today at:

thomas@nanoqed.org

Or

Call:  +49 -172-325-7678  Berlin, Germany

QED Radiations is worldwide and upon request can arrange a presentation to your organization at reasonable cost.


Background

Classical physics assumes the atom always has heat capacity. Quantum mechanics differs  by requiring the heat capacity to vanish at the nanoscale.  Simulations of heat transfer in nanostructures using  classical physics instead of quantum mechanics- give unphysical results:

Nanofluids violate mixing rules,
Thermal conductivity of thin films depends on thickness,
Nanostructures falsely do not produce electrical charge,
The Universe  is erroneously expanding,
Nanoparticles falsely do not damage DNA,
Erroneous Molecular Dynamics simulations of discrete nanstructures,
and many others.

QED induced radiation based on the vanishing heat capacity of the atom  by quantum mechanics avoids the unphysical when conserving heat by creating photons instead of increasing temperature

The QED photons created in  < 100 nm nanostructures under the  confinement of total internal reflection have high Planck energy that charge the nanostructure by the photoelectric effect, and if not, are emitted to the surroundings.

QED Radiations was founded by Thomas Prevenslik, a retired American  living in Hong Kong. Thomas or a colleague will  travel to your organization for a seminar anywhere in the world including China, Europe and the USA.