- reversible. In
connection with this issue,
Margolus and his co-author Lev B.
Levitin proved the
Margolus–Levitin
theorem showing that the
speed of any...
- later,
Norman Margolus and Lev
Levitin showed that the
speed of
evolution cannot exceed the mean energy, a
result known as the
Margolus–Levitin theorem...
- the
Margolus neighborhood,
named after Norman Margolus, who
first studied block cellular automata using this
neighborhood structure. In the
Margolus neighborhood...
-
Deutsch gate is a
universal gate for
quantum computing. The
Margolus gate (named
after Norman Margolus), also
called simplified Toffoli, is very
similar to a...
- {\displaystyle \textstyle \Delta t={\frac {\pi \hbar }{2\Delta E}}.} In particular,
Margolus and
Levitin have
shown that a
quantum system with
average energy E takes...
-
Sutner (1991).
Toffoli &
Margolus (1987),
section 12.8.2, "Critters", pp. 132–134;
Margolus (1999);
Marotta (2005).
Toffoli &
Margolus (1987),
Section 14.5...
-
Computronium is a
material hypothesized by
Norman Margolus and
Tommaso Toffoli of MIT in 1991 to be used as "programmable matter", a
substrate for computer...
- MIT's
Laboratory for
Computer Science, with
Tommaso Toffoli and
Norman Margolus playing key roles.
Digital physics posits that
there exists, at
least in...
- Tommaso;
Margolus,
Norman (1987), "12.8.2 Critters",
Cellular Automata Machines: A New
Environment for Modeling, MIT Press, pp. 132–134.
Margolus, Norm....
-
Section 2.1, "Basic Definitions", pp. 5–6.
Toffoli &
Margolus (1990). Note
however that
Toffoli and
Margolus refer to the
transition function as the global...
