brain chip.pptx jfjffjfjfjfjfjfjffjfjfjfjfjf

I
1. INTRODUCTION
2. USABILITY
3. BRAIN COMPUTER INTERFACE
4. BRAIN WORKING MECHANISM
5. EXAMPLES
6. NEURALINK
7. PRODUCT BENEFITS
8. EXISTING TECHNOLOGY
9. CONS
10. NEURALINK COMPONENTS
11. INSTALLATION STAGERY
12. IDOL PRODUCT
13. STILL IN PROGRESS
14. RESULT
15. ACHIEVEMENT
16. FUTURE PROPECT
17. SUMMARY.
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8/06/20XX PITCH DECK 2

The Brain Chip Implant technology involves the implantation of
microelectronic devices or neural interfaces into the brain,
enabling bidirectional communication between neurons and
computers.
This technology holds significant promise in revolutionizing
human-computer interaction (HCI) by establishing a direct and
seamless interface between the human brain and
external devices.

MOVING CURSOR
PATIENT
Suppose, you are moving a cursor on a computer screen. To do
this work in you brain mainly your electric impulses are to be
check. To do this all is that you want is a device to convey you
command. Which you give through your chip implanted into your
brain.
Patient can just easily walk into the hospital. A robot will fit the chip
into the patient brain. within an hour of fully automated surgery.
Without any Anesthesia, without any post surgical bleeding. The
patient will be good to go home with all cure to his/her disability.

BCI
A brain computer interface (BCI) is a system that determines functional intent - the
desire to change, move, control, or interact with something in your environment -
directly from your brain activity.
Normally, when we want to control or interact with a device in our environment
(e.g. a lamp), we first decide what we want to do (turn on the lamp), then we
coordinate and use the muscles in our arms, legs, hands, feet, etc., to execute that
action (reach out with your finger and press the lamp's on/off switch) and then
finally the device responds to that action (the lamp turns on).
BCIs bypass that middle step of coordinating and using your muscles to execute
the desired action, instead using a computer to identify the intended action and
then controlling the application/device directly. Because of this, BCIs are being
researched as a promising access technology for people with severe physical
disabilities who have limited reliable control over their muscles and bodies

DENDRITES
A dendrite (tree branch) is
where a neuron receives input
from other cells
SOMA
The cell body contains genetic
information, maintains the neuron's
structure, and provides energy to
drive activities. Like other cell
bodies, a neuron's soma contains a
nucleus and specialized organelles.
AXON
Few competitors
Specifically targeted market
Serviceable obtainable market
The human brain has often been viewed as outstanding among mammalian brains: the most
cognitively able, the largest-than-expected from body size, endowed with an overdeveloped
cerebral cortex thar represents over 80% of brain mass, and purportedly containing 100 billion
neurons and 10 more il cells. Sach uniqueness was seemingly necessary to justify the
superior cognitive

BRAIN-COMPUTER INTERFACE IN MEDICINE
By 2006, a microelectrode array was implanted in the primary
motor cortex of a young man with complete tetraplegia after a
C3-C4 cervical injury. Using the signals obtained from this
electrode array, a BCI system enabled the patient to open
simulated e-mail, operate a television, open and close a
prosthetic hand, and perform rudimentary actions
with a robotic arm.
N E RV E R O O T S A N D
V E RT E B R A E
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The N1 Implant records neural activity through
1024 electrodes distributed across 64 threads.
These highly-flexible, ultra-thin threads are key
to minimize damage during
implantation and beyond.

UTHA ARRAY
The Utah array is widely used in both clinical
studies and neuroscience
SYNCHRON NEURO EP
The system is implanted through the blood
vessels and allows patients to operate technology
using only their minds.
DESIGN
Design are not that easy to use
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However, in a Utah array, signals
are only received from the tips of
each electrode, which limits the
amount of information that can be
obtained at one time
Secondly, the design is to be
connected to an display through
the brain via 100 rigid needle
electron chip which is basically
inserted into your brain
Basically in short it is an
impractical design.
f
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MICRO-ELECTRODES BLUETOOTH TRANSMITTER
microelectrode is inserted into the brain
or next to a neuron of interest and
current is applied at a fixed frequency
and time. The electrode elicits action
Elon Musk tech startup implants brain
chip in 1st human patient. The
Neuralink chip is meant to allow
humans to control external devices
simply by thinking by Bluetooth
transmitter.

C O N V E N I E N T
A CONTOSO
E X P E N S I V E A F F O R D A B L E
D
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C
I N C O N V E N I E N T

How we’ll scale in the future
FEB 20XX
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Distribute the app to local start
ups to help establish the product
h
Finally, the most important part is whole installation is done
through a surgical robot without breaking even a single blood
vessels through a process

Forecasting for success
C L I E N T S O R D E R S G R O S S A V E N U E N E T R E V E N U E
20XX 10 1100 $10,000 $7,000
20XX 20 200 $20,000 $16,000
20XX 30 300 $30,000 $25,000
20XX 40 400 $40,000 $30,000
F
$10,000
$20,000
$30,000
$40,000
NEURALINK IS AS ACCURATE AND COMPACT AS UTAH ARRAY AND NEURA -EP

It is a whole different things to take trial
on a human being.
When starting this type of medical
research, novel surgeries are typically
performed first in animal cadavers and
then later in terminal procedures.
Cadavers are deceased animals who
have been humanely euthanized due to a
veterinary decision for a medical concern
or euthanized as part of a previous
unrelated research study.
HUMAN TRIAL
The Dangers of Musk's Neuralink
According to "bio-conservatives", the
"Neuralink" brain implant suppresses
the frontier between natural/artificial,
human/machine, living/no-living. Thus,
the merger of human intelligence and
artificial intelligence sought by Musk
would be as much an artificialization
of the human as a
humanization of the machine.
By :- iainews
UNNECESSARY CONTROVERSY

FOOD AND DRUG ADMINISTRATION
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The FDA acknowledged in a statement that the agency cleared
Neuralink to use its brain implant and surgical robot for trials on
patients but declined to provide more details.
Neuralink and Musk did not respond to Reuters requests for
comment.
The critical milestone comes as Neuralink faces federal scrutiny
following Reuters reports about the company's
animal experiments
g

for the approval of FDA Neuralink has already at
the level that ,company has trail on pager rhesus
macaque monkey controlling a video game through
his brain. this trail is a level of safety check that it
can give the permission of human trial through
FDA.

BCI
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Our first goal is to give people with paralysis their digital freedom back: to
communicate more easily via text, to follow their curiosity on the web, to express
their creativity through photography and art, and, yes, to play video games. After
that, we intend to use the Link to help improve the lives of those with neurological
disorders and disabilities in other ways. For example, for people with paralysis the
Link could also potentially be used to restore physical mobility. To achieve this,
we'd use the Link to read signals in the brain and use them to stimulate nerves
and muscles in the body, thereby allowing the person to once again control
their own limbs
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One of the future goal is triggering mechanism
to our brain signal by which motor neuron is
triggered to the limbs of a paralyze patient.
Through the Neuralink.
Basically it is a beneficiary technology for
human being

Atul bisen
30-04-2003
mirjam@contoso.com
www.contoso.com

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