1. A
B LEVEL 04
coLAB interface
ANALYTICAL
A MOLECULAR
CHEMISTRY
H ELECTRON CHARAC.
E CHARAC.
E
ELECTRICAL MEMSS
C R
CHARACTERIZATION
TIO CHARA
CHARACTERIZATION
A Z
ANALYTICAL
A MOLECULAR
CHEMISTRY
H ELECTRON CHARAC.
E CHARAC.
SURFACE ANALYSIS
A NANOSTRUCTURES
A
III
E
ELECTRICAL MEMSS
C R
CHARACTERIZATION
TIO CHARA
CHARACTERIZATION
A Z AXITRON
IN
NSTRUCTIONAL
T INSTRUCTIONA
TIO AL
IO A OPTICAL
+ CHARACTERIZATION
LAB
B LAB
B
EPIGRESS
SURFACE ANALYSIS
A NANOSTRUCTURES
A
III
NANOSTRUCTURES
S NANOSTRUCTURES
A
I II
AXITRON
IN
NSTRUCTIONAL
T INSTRUCTIONA OPTICAL
SCANNINGAL
NIO A
TIO
+ CHARACTERIZATION
E LAB B
ELECTRON LAB
TB
ELECTRON NANOSTRUCTURES
S NANOSTRUCTURES
T
EPIGRESS
MICROSCOPY/
OSC
S MICROSCOPY/
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OPY I II
TEM
E
EM SEM
M
NANOSTRUCTURES
S NANOSTRUCTURES
A
I II
Nano Networks re-imagines an isolated 1950s state office campus in Albany, New York as a landscape of natural, built, and social systemsELECTRON
E intertwining a
SCANNING
N
ELECTRON
T NANOSTRUCTURES
S NANOSTRUCTURES
T Section B
MICROSCOPY/
OSC
S
nanotechnology research park with the city and its residents. This entails a breakdown of boundaries between and within these systems on multiple scales, from MICROSCOPY/
O
OPY SLOANE BROWN I II
TEM
E
EM SEM
M
underutilized greenways and massive infrastructures threading through the campus to lab and collaborative spaces clustered within the research facilities. In the excerpts from Master of Architecture Thesis
same way that the enhanced excitability of a single neuron at the nano scale has the capacity to improve the health of an entire neural network, the heightened Parsons The New School for Design
interconnectivity of urban and architectural systems and spaces in this project creates an energetic network for enhanced collaboration and creativity. sloanebrown09@gmail.com