ELFT HÍRADÓ

[tcsaba <tcsaba AT eik.bme.hu>]

                 M E G H Í V Ó - I N V I T A T I O N

    Seminar Series of the Department of Theoretical Physics at the
           Budapest University of Technology and Economics


                           János Mizsei
                 (Department of Electronic Devices,
         Budapest University of Technology and Economics)


                    Thermal-electric circuits

The presentation gives a historical summary of the development of solid 
state electronic devices (transistors, integrated circuits), the laws of 
development (Moore law - more than Moore principle), the physical 
limitations of scale down.

In integrated circuits, logical variables are represented by electrical 
quantities, and the role of light is significant in infocommunication 
systems. Other physical quantities are important in the peripheries of 
the infocommunication systems as well as in the control technology may 
be involved as information carriers (temperature, pressure, mechanical 
movements).

The main feature of thermal electrical devices and circuits is that 
during their operation two types of physical quantities (electrical and 
thermal) are included as information carriers within a system, that is, 
the previously developed parasite effect heat generation is also used 
for information processing. The thermal-electric device is based on a 
metal semiconductor transition VO2 resistor having a thyristor-like 
current voltage characteristic and can be thermally switched.

A related publication is attached.


Időpont: 2019. február 8. péntek, 10:15
Helyszín: BME Fizikai Intézet, Elméleti Fizika Tanszék,
Budafoki út 8. F-épület, III lépcsőház, szemináriumi szoba

Attachment: neuromorphmj.pdf
Description: Adobe PDF document