IJS KOLOKVIJ, sreda, 21. 9. 2011, prof. dr. Wolfgang Porod

[Barbara Hrovatin]

Vabimo vas na 2. predavanje iz sklopa "Kolokviji na IJS" v letu 2011/12, ki
bo v sredo, 21. septembra 2011, ob 13. uri v Veliki predavalnici Instituta
>Jožef Stefan< na Jamovi cesti 39 v Ljubljani. Napovednik predavanja najdete
tudi na naslovu http://www.ijs.si/ijsw/Koledar_prireditev, posnetke
preteklih predavanj pa na http://videolectures.net/kolokviji_ijs. 

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~



prof. dr. Wolfgang Porod

Dept. of Electrical Engineering, University of Notre Dame, U.S.A.

 

Nanomagnetna logika

 

V predavanju bodo predstavljeni zadnji rezultati doseženi pri razvoju
logičnih elementov na osnovi sklopljenih nanomagnetnih struktur. Binarno
stanje bita je v tem primeru realizirano preko smeri magnetizacije
monodomenskega magnetnega nanodelca, vse logične operacije pa potekajo preko
sklopitev med njimi. Takemu pristopu rečemo nanomagnetna logika (NML).
Pokazali smo, da NML zadosti vsem pogojem digitalne logike, hkrati pa ponuja
vrsto prednosti, predvsem zaradi nižje delovne moči ter izboljšane
stabilnosti. Zato se NML ponuja kot potencialna zamenjava za trenutno CMOS
tehnologijo.

Predavanje bo v angleščini.

Lepo vabljeni!

 

***

 

 

 

We would like to invite you to 2nd lecture of the "Kolokvij na IJS" in the
school year 2011/12. The lecture will be held on Wednesday, September 21,
2011, at 1 pm at the JSI main lecture hall, Jamova 39, Ljubljana. The
abstract of the lecture can be found on website:
<http://www.ijs.si/ijsw/Koledar_prireditev>
http://www.ijs.si/ijsw/Koledar_prireditev, the previous recorded lectures
can be found on website:  <http://videolectures.net/kolokviji_ijs>
http://videolectures.net/kolokviji_ijs. 

********************************************



 

Wolfgang Porod

Dept. of Electrical Engineering, University of Notre Dame, U.S.A.

 

NanoMagnet Logic 

 

We present recent results on implementing logic using physically coupled
nanomagnet arrays. The binary state of a bit is represented by the
magnetization state of a single domain nanomagnet element, and logic is
accomplished through direct physical interactions between them. We refer to
this approach as nanomagnet logic (NML). We have demonstrated that NML
satisfies the requirements for digital logic,  and offers performance
advantages, primarily low power and non-volatility, as a potential post-CMOS
technology

 

We look forward to meeting you at the "Kolokvij na IJS"!

 

 

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