Molecular substitution produces terahertz switch arrays By R. Colin
Johnson EE Times

URBANA-CHAMPAIGN, Ill. - Researchers at the University of Illinois
have developed a method of prepping single-crystal silicon wafers for
organic molecules, which produce molecular switches with atomic
precision.

Wafers from existing silicon manufacturing facilities could be used to
achieve switching arrays running at 100 terahertz, the researchers
said. By attaching arrays of spinning organic molecules to the surface
of a standard silicon wafer, the group demonstrated, in principle, how
to fabricate molecule memories running at THz speeds.

"The organic molecules are only attached where a single hydrogen atom
was removed, so they spin - some as fast as a 100 trillion times a
second," said Joseph Lyding, a UI professor of electrical and computer
engineering and a researcher at the University of Illinois Beckman
Institute for Advanced Science and Technology. "We're working with
chemists now who are designing molecules that when attached will act
like transistors that can switch at 100 trillion times a second," said
Lyding.

Molecular substitution produces terahertz switch arrays By R. Colin
Johnson EE Times

URBANA-CHAMPAIGN, Ill. - Researchers at the University of Illinois
have developed a method of prepping single-crystal silicon wafers for
organic molecules, which produce molecular switches with atomic
precision.

Wafers from existing silicon manufacturing facilities could be used to
achieve switching arrays running at 100 terahertz, the researchers
said. By attaching arrays of spinning organic molecules to the surface
of a standard silicon wafer, the group demonstrated, in principle, how
to fabricate molecule memories running at THz speeds.

"The organic molecules are only attached where a single hydrogen atom
was removed, so they spin - some as fast as a 100 trillion times a
second," said Joseph Lyding, a UI professor of electrical and computer
engineering and a researcher at the University of Illinois Beckman
Institute for Advanced Science and Technology. "We're working with
chemists now who are designing molecules that when attached will act
like transistors that can switch at 100 trillion times a second," said
Lyding.

Molecular substitution produces terahertz switch arrays By R. Colin
Johnson EE Times

URBANA-CHAMPAIGN, Ill. - Researchers at the University of Illinois
have developed a method of prepping single-crystal silicon wafers for
organic molecules, which produce molecular switches with atomic
precision.

Wafers from existing silicon manufacturing facilities could be used to
achieve switching arrays running at 100 terahertz, the researchers
said. By attaching arrays of spinning organic molecules to the surface
of a standard silicon wafer, the group demonstrated, in principle, how
to fabricate molecule memories running at THz speeds.

"The organic molecules are only attached where a single hydrogen atom
was removed, so they spin - some as fast as a 100 trillion times a
second," said Joseph Lyding, a UI professor of electrical and computer
engineering and a researcher at the University of Illinois Beckman
Institute for Advanced Science and Technology. "We're working with
chemists now who are designing molecules that when attached will act
like transistors that can switch at 100 trillion times a second," said
Lyding.

Top 10 Things In The USA Which Have No Credibility With The Public-At-Large

10. Anything with the preface "US" in front of it.

9. All corporations, businesses.

8. All banks.

7. All media.

6. All commercial (for profit) enterprises and all non-commercial (not
for profit) enterprises.

5. All educational facilities.

4. All hospitals and medical health care professionals.

3. All police, military.

2. All religious institutions.



1. Federal, State and Local governments.

Molecular substitution produces terahertz switch arrays By R. Colin
Johnson EE Times

URBANA-CHAMPAIGN, Ill. - Researchers at the University of Illinois
have developed a method of prepping single-crystal silicon wafers for
organic molecules, which produce molecular switches with atomic
precision.

Wafers from existing silicon manufacturing facilities could be used to
achieve switching arrays running at 100 terahertz, the researchers
said. By attaching arrays of spinning organic molecules to the surface
of a standard silicon wafer, the group demonstrated, in principle, how
to fabricate molecule memories running at THz speeds.

"The organic molecules are only attached where a single hydrogen atom
was removed, so they spin - some as fast as a 100 trillion times a
second," said Joseph Lyding, a UI professor of electrical and computer
engineering and a researcher at the University of Illinois Beckman
Institute for Advanced Science and Technology. "We're working with
chemists now who are designing molecules that when attached will act
like transistors that can switch at 100 trillion times a second," said
Lyding.

Molecular substitution produces terahertz switch arrays By R. Colin
Johnson EE Times

URBANA-CHAMPAIGN, Ill. - Researchers at the University of Illinois
have developed a method of prepping single-crystal silicon wafers for
organic molecules, which produce molecular switches with atomic
precision.

Wafers from existing silicon manufacturing facilities could be used to
achieve switching arrays running at 100 terahertz, the researchers
said. By attaching arrays of spinning organic molecules to the surface
of a standard silicon wafer, the group demonstrated, in principle, how
to fabricate molecule memories running at THz speeds.

"The organic molecules are only attached where a single hydrogen atom
was removed, so they spin - some as fast as a 100 trillion times a
second," said Joseph Lyding, a UI professor of electrical and computer
engineering and a researcher at the University of Illinois Beckman
Institute for Advanced Science and Technology. "We're working with
chemists now who are designing molecules that when attached will act
like transistors that can switch at 100 trillion times a second," said
Lyding.

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U.S. Air Force pilot Michael Heck said "a man must answer to himself first".

Time Magazine...1973...

From the Jan. 22, 1973 issue of TIME magazine

By the time President Nixon ordered the resumption of bombing over Hanoi
and Haiphong on Dec. 18, B-52 Pilot Michael Heck, 30, had racked up more
than 150 bombing missions during a number of stints in Indochina, a
Distinguished Flying Cross, the Air Medal with eleven oakleaf clusters—and
an impressive list of reservations about the Viet Nam War. With each new
bombing run over the populated cities of the North, those doubts grew.
Finally, on the day after Christmas, Heck announced to his wing commander
that he could no longer in good conscience participate in the intensified
bombing campaign.

According to the Pentagon's records, four other American pilots have
refused to go on combat flights since the U.S. began regular bombing
missions over Indochina eight years ago; but Heck's case was the first to
come to public attention, and it took on special significance because of
the moral issue raised by the raids.