Brain chip technology facilitates communication via neural activity and encompasses brain-computer interfaces (BCIs) that translate brain signals into commands for external devices. It has potential benefits such as enhancing sensory range, aiding paralyzed individuals, and advancing rescue missions, though challenges remain regarding technological maturity and health risks from invasive procedures. Future developments may lead to enhanced sensory perception and novel forms of communication, solidifying brain chip technology's transformative potential.

1. BRAIN CHIP TECHNOLOGY
By,
SATHISHKUMAR G
(sathishsak111@gmail.com)

2. CONTENTS
 INTRODUCTION
 BRAIN COMPUTER INTERFACE
 ACHIEVEMENTS
 BENEFITS OF BRAIN CHIPS
 DRAWBACKSOF BRAINCHIPS
 FUTURE OF BRAIN CHIPS
 CONCLUSION

3. INTRODUCTION
 Brain chip technology is a technology which
involves communication based on neural
activity generated by the brain.
 Brain chip technology implements the brain
computer interface.

4. BRAIN COMPUTER INTERFACE
 A BCI is a computer-based system that
acquires brain signals, analyzes them, and
translates them into commands that are
relayed to an output device to carry out a
desired action.

5. BLOCK DIAGRAM

6. TYPES OF BCI
Invasive
Neurosurgery
TYPES
Semi invasive
ECoG
Non invasive
MRI,EEG

7. INVASIVE
 Invasive BCI’s are implanted directly into the
grey matter of the brain during neurosurgery.
 Produces the highest quality signals of BCI
devices but are prone to scar-tissue build-up.

8. SEMI AND NON-INVASIVE
 ELECTROCORTICOGRAPHY(ECOG)
 ELECTROENCEPHALOGRAPHY
 FMRI =FUNCTIONAL MAGNETIC
RESONANCE IMAGING
 MAGNETOENCEPHALOGRAPHY(MEG)

9. PROJECTS OF BCI
 Brain gate
 Honda ASIMO control
 Gaming control
 Bionic eye
 Remote controlled rat

10. BRAIN GATE
 The sensor, which is implanted into the brain,
monitors brain activity in the patient and
converts the intention of the user into
computer commands.

11. HONDA ASIMO CONTROL
 Research have developed an interface for
HONDA’SASIMO robot that allows
individuals to control it simply by thinking.

12. GAMING CONTROL
 Gaming control using a wearable and wireless
EEG- based brain-computer interface device
with novel dry foam-based sensors.

13. BIONIC EYE
 AVisual prosthesis, often referred to as a
bionic eye.
 Is an experimental visual device intended to
restore functional vision in those suffering
from partial or total blindness.

14. REMOTE CONTROLLED RAT
 Movement signals are transmitted from
computer to the brain of rat through a radio
receiver strapped to its back.
 Military purposes and human rescue
operations.

15. BENEFITS OF BRAIN CHIPS
 Increases the dynamic range of senses.
 Giving light to blind and giving paralyzed
patients full mental control of limbs.
 New genetics modifications in the next
generation.
 Rescue missions.
 The advantage of implants is that the
decisions making power away from the
addict. It enables a person make a better
choice.

16. DRAWBACKS
 Research is still in beginning stages.
 The current technology is crude.
 Electrodes outside of the skull can detect very
few electric signals from the brain.
 Electrode placed inside the skull create scar
tissue in the brain.

17. FUTURE OF BRAIN CHIPS
 It will increase the dynamic range of senses,
for EG. seeing IR,UV, and chemical spectra.
 It will enable “ CYBERTHINK ”- invisible
communication with others when making
decision, and
 It will enable consistent and constant access
to information where and when it is needed.

18. CONCLUSION
 Brain chipTechnology is a technology which
involves communication based on neural
activity generated by the brain.
 It gives paralyzed patients greater ability to
interact with their environments.
 Brain Gate Neural Interface creates a direct
link between a person’s brain and a computer,
translating neural activity into action.

19. THANK YOU