ELFT HÍRADÓ

[Härtlein Károly <hartlein AT jedlik.phy.bme.hu>]

AZ INNOVÁCIÓ SZÁMÍT

I. IBM-BME INNOVÁCIÓS ÉS KARRIER NAP

2005. november 30. 14.00 - 17.00 óra között
BME, A épület konferenciaterem
Egry József utca 20.


Mito"l válik egy ötlet, találmány életképessé?
Hogyan érvényesülhet a mérnök, kutató, ha no"?
Melyek a legújabb kutatási irányok a technológiában?
Mi folyik az IBM kutatólaboratóriumaiban?
Hogyan lehetsz IBM-es?

Az IBM 3 neves tudósa érkezik Magyarországra az elso" IBM-BME innovációs 
és karrier napra, 2005. november 30-án.
A tudósok:
.    Don Eigler - fizikus, nanontechnológia, aki a világon elso"ként 
mutatta be, hogy atomi szinten struktúrákat lehet építeni - xenon 
atomokból betu"ket rakott ki.
.    George Galambos - rendszermérnök, az üzleti teljesítményre 
koncentrál, az e-business koncepció egyik megalapítója
.    Jennifer Quirin Trelewicz - kutató mérnök


Program:

14.00 Megnyitó
Dr. Sallai Gyula, a BME stratégiai rektorhelyettese
Paál Péter, az IBM Magyarország vezérigazgatója
14.10 - 14.30 Don Eigler: mozgatható atomok, az innováció hagyományai az 
IBM-nél
14.30 - 14.50 George Galambos: hogyan változtatja meg a technológia az 
üzleti életet?
14.50 - 15.05 Jennifer Trelewicz: no" a pályán - fehér holló a tudósok, 
mérnökök között?
15.05 - 15.20 Rátai Dániel, feltaláló: az én történetem
15.25 kérdések, válaszok
15.55 fogadás

A helyszínen a hazai IBM leányvállalatok HR-es munkatársai is várják az 
érdeklo"do"ket.
------------------------------------------------------------------------

Dr. Don Eigler
IBM Fellow
IBM Almaden Research Center

Dr. Don Eigler is a physicist who specializes in studying the physics of 
surfaces and nanometer-scale structures. In late 1989, using the 
liquid-helium-temperature scanning tunneling microscope that he had 
built, Dr. Eigler demonstrated for the first time the ability to build 
structures at the atomic level by spelling out "I-B-M" with individual 
xenon atoms.  Since then, Dr. Eigler has led an active group of 
scientists in a series of experiments aimed at extending basic knowledge 
about the physics of atomic-scale structures and exploring the potential 
for atomic-scale logic and data-storage technologies. The group's 
results include discovering that magnetic impurity atoms alter the 
electronic structure of superconductors over a surprisingly short range, 
measuring for the first time how electrical conductance through single- 
and double-atom wires varies with element, inventing a new kind of 
electron trap called a "quantum corral," demonstrating the ability to 
image electron density waves on metal surfaces, and inventing an 
atomic-scale switch.

Dr. Eigler was educated at the University of California at San Diego, 
where he received a bachelor's degree in physics (1975) and a doctorate 
in physics (1984). He was a Postdoctoral Member of the Technical Staff 
at AT&T Bell Laboratories for two years before joining IBM as a Research 
Staff Member in 1986. In 1993, Dr. Eigler was named an IBM Fellow, the 
highest technical honor in the corporation.

Dr. Eigler is a Fellow of the American Physical Society and of the 
American Association for the Advancement of Science. In 1990, he 
received the Grand Award for Science and Technology in Popular Science 
magazine's Best of What's New competition. His group received the 
'93-'94 Newcomb Cleveland Prize given by the American Association for 
the Advancement of Science for the best paper published in Science 
magazine that academic year. He was the Alexander Cruickshank Lecturer 
in Physical Science at the 1994 Gordon Research Conferences. In 1995, 
the Goettingen Academy of Sciences in Germany awarded Dr. Eigler the 
Dannie Heineman Prize, which is awarded biennially for distinguished 
scientific achievements in natural science. In 1998, Dr. Eigler was 
named the Outstanding Alumnus of the Year by the University of 
California at San Diego Alumni Association. In 1999, he became the first 
winner of the Nanoscience Prize, which he received at the Fifth 
International Conference on Atomically Controlled Surfaces, Interfaces, 
and Nanostructures.