Google
has
partnered
with
the
University
of
California
Santa
Barbara
to
design
and
build
a
hardware
for
quantum
computer
in
the
field
of
artificial
intelligence.
Google
has
joined
hands
with
John
Martinis
a
professor
at
the
University
of
California,
Santa
Barbara,
because
of
his
development
approach
in
quantum
control
and
quantum
information
processing
and
Google
wants
him
to
research
and
develop
a
new
quantum
hardware
based
on
superconducting
electronics
with
the
aim
of
expanding
artificial
intelligence
technologies.
Quantum
computers
could
be
immensely
faster
because
of
the
silicon-based
semiconductor
chips
and
perform
memory
processing
tasks
than
any
existing
computer
at
certain
problems
to
deliver
incredibly
higher
processing
power.
That’s
because
qubits
working
together
can
use
the
quirks
of
quantum
mechanics
to
make
the
quantum
computer
technologically
feasible
to
build
and
quickly
discard
incorrect
paths
to
a
solution,
which
provide
an
acceptable
margin
of
error
and
home
in
on
the
correct
one.
However,
qubits
are
tricky
to
operate
so
error
correction
is
necessary
as
quantum
states
are
so
delicate.
“With
an
integrated
hardware
group
the
Quantum
AI
team
will
now
be
able
to
implement
and
test
new
designs”
for
quantum
processors,
testing,
along
the
way,
new
theoretical
knowledge
in
the
area”
Neven
said,
adding
that
“the
D-Wave
machine
jointly
owned
by
NASA
and
Google
will
be
upgraded.”
Google
co-founder
Sergey
Brin
said,
“Google
hopes
to
one
day
develop
'fully
reasoning'
artificial
intelligence.
But
despite
its
acquisition
of
robot,
satellite,
and
AI
firms,
the
real-life
Skynet
is
still
a
few
years
off.
Computer
scientists
have
been
promising
AI
"for
decades
and
have
not
yet
delivered,
so
it
would
be
"foolish"
for
Google
to
put
a
hard
date
on
when
Google
Now
might
become
self
aware.
It
is
also
heard
that
Google’s
D-Wave
computer
will
be
upgraded
to
a
1,000
qubit
processor.
Brainguru
Technologies,
the
leading
SEM
Company
in
Noida,
is
waiting
to
see
how
the
fast
quantum
computer
chip
can
utilize
quantum
physics
to
solve
problems.
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