Media Contact:
Michael
E. Newman, (301) 975-3025
Quality
Eleven
Organizations in Final Running for 2002 Baldrige Award
Starting
Oct. 20, 2002, teams of business, health care and quality experts
will visit 11 organizationstwo manufacturers, two service
companies, three small businesses, and four health care organizationsas
the final review stage for the 2002 Malcolm Baldrige National Quality
Award. Forty-nine organizations applied for the 2002 award, including
eight manufacturers, three service companies, 11 small businesses,
10 education organizations and 17 health care organizations. None
of the education applicants were selected for a site visit.
Each
of the organizations will be visited by one of 11 teams of experts
to verify information in the award application, examine each organizations
records, conduct interviews, and clarify any issues or questions
raised by earlier reviews. The site-visit teams are comprised of
six to eight members of the Baldrige Awards private-sector
board of examiners. The boards panel of judges will review
the site-visit findings and recommend award recipients to the Secretary
of Commerce. All 49 applicants receive an extensive feedback report
that highlights strengths and opportunities for improvement.
The
2002 Baldrige Award recipients are expected to be announced in November.
Media
Contact:
Jan
Kosko, (301) 975-2767
Computer Security
Four New NIST
Guides Help Counter Cyberattacks
The
National Institute of Standards and Technology (NIST) has published
four new computer security guides that are the latest in a continuing
series designed to provide the federal government with timely information
in countering cyberattacks.
While
the NIST computer security guides are intended primarily for federal
agencies, the information also can be beneficial to private-sector
and non-federal businesses and organizations.
The
newest additions to the NIST cybersecurity resources list are guides
covering interconnecting systems (NIST Special Publication 800-47);
procedures for handling security patches (NIST Special Publication
800-40); telecommuting and broadband security (NIST Special Publication
800-46); and the use of the Common Vulnerability and Exposures (CVE)
vulnerability naming scheme (NIST Special Publication 800-51).
Computer scientists
in NISTs Information Technology Laboratory are charged with
providing technical advice to other federal agencies under the Computer
Security Act of 1987. To meet this mission, NISTs computer security
guides address the information needs of systems administrators and
other IT professionals. The guides cover topics ranging from how to
protect a public Web site from computer hackers to steps agencies
can take to make electronic mail systems more secure.
The guides are
available for downloading from NISTs Computer Security Resource
Center (CSRC) at http://csrc.nist.gov/publications; click on Special
Publications. In addition, the CSRC Web site (http://csrc.nist.gov)
provides access to a wealth of information, tools, programs and services
in the areas of 1) security policies, standards and guidelines; 2)
security validated products; 3) training and education; and 4) collaborative
work and services.
Media
Contact:
Philip
Bulman, (301) 975-5661
Physics
NIST
Researchers Open Door for Making Cold Antihydrogen
Lasers
have been used for more than two decades to achieve cryogenic temperatures
and high densities with atomic ions stored in traps. However, laser
cooling can be directly applied only to a few types of atomic particles.
By simultaneously trapping more than one type of atomic particle,
researchers make the particles that are directly laser cooled sympathetically
cool and compress those next to them.
Researchers at
the National Institute of Standards and Technology (NIST) Time and
Frequency Division are the first to demonstrate sympathetic laser
cooling and compression of positrons (positively charged antielectrons)
to cryogenic temperatures lower than 5 Kelvin (minus 268.15 degrees
Celsius or minus 450.67 degrees Fahrenheit) and densities 50 times
greater than the highest positron density previously achieved.
One of the most
interesting applications for cold, dense reservoirs of positrons is
in making antihydrogenthe antimatter counterpart of hydrogenwhich
consists of a positron and a negatively charged antiproton (which
is the reverse of a normal hydrogen atom with a positively charged
proton and a negatively charged electron orbiting it). Researchers
at the CERN facility in Switzerland recently announced that small
quantities of cold antihydrogen have been created (see Nature,
Sept. 18, 2002). A dense reservoir of positrons could significantly
improve the creation rate of antihydrogen.
In small quantities,
antihydrogen is useful for fundamental physics tests. In large amounts,
it could be used for making efficient rocket fuel.
The NIST research
was supported by the Office of Naval Research.
For more information
on the sympathetic cooling and compression of positrons, contact John
J. Bollinger,
(303) 497-5861, john.bollinger@boulder.nist.gov.
Media Contact:
Fred
McGehan (Boulder), (303) 497-7000