In my previous posting titled "prototype with the PG plate" (diamagnetic le=
vitated graphite), it was mentioned that Eric and I were working on a novel=
 instrument type, insofar as the electronics employed.  We've progressed be=
yond the prototype to what I consider "state of the art" in terms of electr=
onics support.  The outstanding quality of the board that Eric has built is=
 bound to attract some attention from somewhere (whether scientific or amat=
eur in orientation); I hope that some folks from this list-serve will take =
a serious look at this board; since I believe it has significant potential =
for a variety of applications, some of which have already been demonstrated=
 and described on our webpage.
A paper describing the newest instrument can be read at the following webpa=
ge:
http://symcdc.com/
by clicking on the picture that shows the earlier prototype sensor  operati=
ng with the new board (powered by the computer through a USB cable).
In my previous p=
osting titled “prototype with the PG plate” (diamagnetic levita=
ted graphite), it was mentioned that Eric and I were working on a novel ins=
trument type, insofar as the electronics employed.  We’ve progre=
ssed beyond the prototype to what I consider “state of the art”=
 in terms of electronics support.  The outstanding quality of the boar=
d that Eric has built is bound to attract some attention from somewhere (wh=
ether scientific or amateur in orientation); I hope that some folks from th=
is list-serve will take a serious look at this board; since I believe it ha=
s significant potential for a variety of applications, some of which have a=
lready been demonstrated and described on our webpage.   
A paper describing the newest instrument can be=
 read at the following webpage:  
h=
ttp://symcdc.com/
by clicking on the pic=
ture that shows the earlier prototype sensor  operating with the new b=
oard (powered by the computer through a USB cable).  
=