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From YouTube: Introduction to Quantum @ NERSC
Description
Introduction to Quantum @ NERSC
Katie Klymko and Daan Camps (NERSC)
A
A
An
overview
of
some
of
our
collaborators
working
in
Quantum
Computing
at
LDL,
so
we
we
see
nersk
as
pill
pillar
of
this
ecosystem.
We
provide
classical
Hardware
that
people
can
run
Quantum
simulations
on
tests,
some
software
and
we
have
active
collaborations
with
many
people
at
lbl.
This
is
just
showing
a
subset
of
some
of
the
people
working
in
this
space
at
gripley
lab,
but
we
are
actively
trying
to
work
with
as
many
people
as
possible
in
this
space
nurse.
A
This
is
showing
some
of
the
people
at
nurse
who
spent
all
or
part
of
their
time
working
on
Quantum
Computing
and
that
can
range
from
developing
Quantum
algorithms,
evaluating
Hardware
or
setting
up
software
to
run
large-scale
simulations.
So
there
is
a
very
active
space
at
Berkeley
lab
in
Quantum,
Computing
and
and
it's
it's
growing
so
Jay
already
showed
you
this
slide.
A
What
the
nurse
systems
roadmap
looks
like
from
the
classical
side
of
things
and
on
the
bottom,
we
added
a
few
high-level
arrows
of
what
we
think
how
we
think
Quantum
is
going
to
fit
into
this
timeline,
which
will
elaborate
on
on
the
next
slide.
So
for
the
current
period.
We're
really
exploring
how
we
think
Quantum
information
science
will
impact
the
current
workload
and
maybe,
by
the
era
of
nurse
11,
we
might
have
full
integration
with
Quantum
Hardware
foreign
detailed,
but
still
high-level
roadmap
is
shown
here.
A
You
know
it's.
It's
unclear
exactly
how
the
quantum
Hardware
landscape
will
look,
but
we're
hoping
to
have
more
and
more
collaboration
and
integration
of
quantum
Hardware
into
the
nurse
Globe
by
the
end
of
the
decade.
And
this,
of
course,
will
require
a
lot
of
research
from
our
side
to
see
what
is
most
useful
for
our
users
and
how
that
should.
B
Look
so
like
Katie
mentioned
on
the
previous
slide.
One
of
the
first
things
we've
done
when
we
started
this
Quantum
at
nurse
effort
last
year
was
to
Asian
issue
an
open
calls
for
proposals
for
users
to
perform
our
research
in
the
area
of
quantum
information,
science
on
the
pulmonary
system
and
after
a
User
submitted
their
proposal
and
we
evaluated
them.
B
So
today,
yeah
the
work
again.
This
worked
again
about
10
months
ago
in
January
2022
as
part
of
the
allocation
year
and
we're
very
excited
to
already
have
seen
such
a
great
and
a
very
output
from
all
of
these
projects,
and
these
slides
give
you
gives
you
a
brief
overview
of
some
early
science
results
that
have
already
materialized
in
the
form
of
archive
preprints
coming
from
five
different
user
projects,
and
the
topics
that
they
spend
is
really
very
broad.
B
So
we
have
projects
going
in
more
detail
on
grow
research
on
the
different
devices.
Developing
novel
methods
for
Quantum
error
mitigation
contains
metaphysics
development
of
new
methods
for
circuit,
cutting
and
Quantum
optimization
to
qqqa
OA,
and
the
projects
that
are
highlighted
in
blue
on
the
slide
will
be
we'll
hear
more
about
later.
Today.
During
the
technical
talks
we'll
present,
these
will
be
presented
and
there
will
be
two
other
user
projects
presenting
their
progress
and
we're
expecting
more
Publications
coming
out
of
this
queue
as
a
promoter
Grant
soon.
B
So,
given
the
great
success
of
this
initial
program,
we
are
very
much
looking
forward
to
support
the
moral
research
in
this
area
and
more
research
teams
in
2023,
with
startup
Awards,
to
perform
research
on
problem
another.
So
later,
during
the
day.
At
the
end
of
this
event,
we
will
have
a
tutorial
to
look
up
by
Nvidia
on
how
to
use
our
pulmonary
system
to
efficiently
simulate
Quantum
circuits
and
Quantum
systems
using
their
Q
Quantum
SDK.
A
B
B
Right
after
our
introduction
to
the
quantum
program
will
have
a
talk
by
casera
on
the
advanced
Quantum
tested
lbnl,
which
is
our
superconducting
qubits
that
are
being
developed
by
them.
Afterwards,
we'll
have
a
panel
discussion
on
Bridging,
the
Gap
between
HBC
and
Quantum
Computing
after
the
short
break,
we'll
move
on
to
the
four
technical
talks
from
Q
as
a
primary
users
and
then
after
the
launch
break
we'll
hear
more
about
IBM
on
some
tools.
They
have
been
developing
for
simulating
Quantum
systems
and
we'll
end
today
with.