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nucleus.” 181
“But what really excites us about our latest research is that artificial
atoms with a larger number of electrons turn out to be much more
robust qubits than previously thought possible, which means they could
be reliably used for calculations in quantum computers. This is
significant because qubits based on only one electron can be very
unreliable.” 182
Let's focus on the quantum aspect, the quantum dots and the quantum
computer. This leads us to the presentation of Purdue University's
simulation of the sentient world, the SWS. This is a simulation of the
entire planet and of every person on the planet who is recognized by the
software as a computer node and thus receives an avatar to replace his
identity.
Now, you know that an electron orbits around the nucleus, which is
typically positive. Positive charge. The electron is a negative charge. It
orbits. When you look at the typical graphical representation of an atom,
you see the electrons rotating like planets around the sun, but in this
case, around the nucleus. These electrons have a quantum state labeled
as rotation, but it's not like a spin rotation or a planet rotation. It's
actually the state. Its charged state has been uploaded and its
electromagnetic north pole facing up or down.
It is the upward or downward direction in which the electron points,
that allows it to function as a 0 or a 1 for the purposes of binary
calculation. In a quantum state, it can point up or down; up it is 1 and
down is 0, but in the state of transition from top to bottom, it can operate
in overlap.
Such an overlap means that it is simultaneously in the state of
pointing up as 1 and pointing down as 0. In this transient state of
passage, the electron can exist in a superposition of 0 and 1. The
transition state is what gives the acceleration to quantum computing,
the speed at which it can calculate because it uses 1 and 0

181 University of New South Wales, “Artificial atoms in silicon ‘quantum dot’
create stable qubits for quantum computing”. February 11, 2020. Url. https://scitech
daily.com/artificial-atoms-in-silicon-quantum-dot-create-stable-qubits-for-quantum-
computing/
182 Ibidem.

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