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Supporting Information
Meza et al. 10.1073/pnas.1509120112
Movie S1.
In situ compression experiment on an octahedron of octets second-order polymer half-cell with
L
=
8
μ
m and
N
=
15. The sample is displaced
uniaxially to 50% strain at a rate of 10
3
s
1
and shows recovery to 85% of the original height after unloading. The sample is ductile throughout the com-
pression experiment. ETD, Everhard
Thornley Detector; det, detector; HFW, horizontal field width; HV, high voltage; mag, magnification; WD, working distance.
Movie S1
Movie S2.
In situ compression experiment on an octahedron of octets second-order core-shell ceramic
polymer composite half-cell with
L
=
8
μ
m and
N
=
15.
The sample is compressed at a strain rate of 10
3
s
1
until the onset of brittle failure, wherein the sample catastrophically fails and shows no recovery. ETD,
Everhard
Thornley Detector; det, detector; HFW, horizontal field width; HV, high voltage; mag, magnification; WD, working distance.
Movie S2
Movie S3.
In situ compression experiment on an octahedron of octets second-order hollow Al
2
O
3
half-cell with
L
=
8
μ
m and
N
=
15. The sample is displaced
uniaxially to 50% strain at a rate of 10
3
s
1
and shows recovery to 90% of the original height after unloading. The sample displays ductile-like behavior
throughout the compression experiment with a serrated load displacement curve. ETD, Everhard
Thornley Detector; det, detector; HFW, horizontal field
width; HV, high voltage; mag, magnification; WD, working distance.
Movie S3
Meza et al.
www.pnas.org/cgi/content/short/1509120112
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Other Supporting Information Files
SI Appendix (PDF)
Movie S4.
In situ compression experiment on an octahedron of octah
edral of octahedra third-order polymer half-cell with
L
=
8
μ
mand
N
=
5. The sample is
displaced uniaxially to 50% strain at a rate of 10
3
s
1
and shows recovery to 88% of the original height after unloading. The sample is ductile throughout the
compression experiment. ETD, Everhard
Thornley Detector; det, detector; HFW, horizontal field width; HV, high voltage; mag, magnification; WD, working distance.
Movie S4
Movie S5.
In situ compression experiment on an octahedron of octahedral of octahedra third-order core-shell ceramic
polymer composite half-cell with
L
=
8
μ
m and
N
=
5. The sample is compressed at a strain rate of 10
3
s
1
until the onset of brittle failure, wherein the sample catastrophically fails and shows no
recovery. ETD, Everhard
Thornley Detector; det, detector; HFW, horizontal field width; HV, high voltage; mag, magnification; WD, working distance.
Movie S5
Movie S6.
Cyclic in situ compression experiment on an octahedron of octahedral of octahedra third-order hollow Al
2
O
3
half-cell with
L
=
8
μ
m and
N
=
5. The
sample is displaced uniaxially to 50% strain at a rate of 10
3
s
1
and shows recovery to 96% of the original height after unloading during the first cycle, with
nearly 100% recovery for each subsequent cycle. The sample displays ductile-like behavior throughout the compression experiment. ETD, Everhard
Thornley
Detector; det, detector; HFW, horizontal field width; HV, high voltage; mag, magnification; WD, working distance.
Movie S6
Meza et al.
www.pnas.org/cgi/content/short/1509120112
2of2