Download MicroTransponder, Inc.

Confidential, by Will Rosellini, JD, MBA, MS President and CEO 2/8/2008
Confidential
Confidential
30,000 people
Confidential
16 channel rechargeable
implantable pulse generator for
treatment of chronic pain
ANS – Plano, Texas
Confidential
Cyberonics - Houston, Texas
Vagus Nerve Stimulation
Epilepsy, Depression
32,000 patients
Confidential
Wires and Leads
•Body movement can cause lead
migration and reoperation
• Lead fractures requires
additional surgery
• Infection issues
Battery
• Toxic to body
• Can fail and require surgery
to replace
• Must be recharged frequently
• Visible lump in skin
Inside the body
BATTERY
WIRES / LEADS
Confidential
Outside the body
CONTROL DEVICE
Confidential
Pitch
High
Low
Cochlea
Confidential
Cortex
Problem:
Solution:
Decreased attention span due to attention to
ringing
Auditory cortex Map
Plasticity
ACh
Tinnitus =
Synchronous
Spontaneous
Activity
Nucleus
Basalis
Stress/Anxiety
LC
Auditory Cortex
Map Reorganization
Cochlea
Hearing Loss or
Noise Exposure
•+
Confidential
NTS
Vagal
Nerve
Stimulation
High
Low
+VNS
Cochlea
Confidential
Cortex
High
Low
Cochlea
Confidential
Cortex
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•Little
•Ring
•Middle
•Index
Thumb
Confidential
Confidential
MicroTransponder Inc. is a medical
device company with intellectual
property that enables a unique
neurostimulation system for the
treatment of neurological disease
Confidential
PROGRAM TRADING AI
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In 2006 at the London Stock
Exchange, over 40% of all
orders were entered by
algo traders, with 60%
predicted for 2007
Half of all financial
transactions in the world
and 80% in the USA.
$30 billion per year in R&D
•Confidential
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Google sees search as essentially a basic form
of artificial intelligence.
A year ago, Google executives said the
company had achieved just 5% of its complete
vision of search.
Google's search engine will eventually have to
know what people are thinking, how to
interpret language, even the way users' brains
operate.
•Confidential
BLUE BRAIN

Currently they have
simulated one column
of a neocortex (of a rat)
with 10,000 neurons and
30 million synapses
using a 22.8 teraflop
supercomputer.

(A human neocortex
column has 60,000
neurons)
•Confidential
DWAVE
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DWAVE adiabatic quantum
computers could reach 512 to
1000 qubits and performance
superior to classical
computers in 2008
Successful development of
quantum computers would
accelerate the development
of molecular nanotechnology
with superior molecular
simulation and modeling.
•Confidential
NEXT 10 YEARS….
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Teraflop+ class smartphones
that are constantly charged
with gigabit+ connections
seems likely.
Network to quantum
computers and
supercomputers of all types
for remote processing.
Nvidia Tesla multi-teraflop
GPGPU's and AMDs GPGPU
•Confidential