Hugh Herr: How we'll become cyborgs and extend human potential
Hju Her (Hugh Herr): Kako ćemo postati kiborzi i time proširiti ljudski potencijal
At MIT, Hugh Herr builds prosthetic knees, legs and ankles that fuse biomechanics with microprocessors to restore (and perhaps enhance) normal gait, balance and speed. Full bio
Double-click the English transcript below to play the video.
or computer systems.
niti kompjuterske sisteme.
human walking and running.
ljudima da hodaju i trče.
a mountain-climbing accident,
nesreću na planinarenju
due to tissue damage from frostbite.
zbog promrzlina koje su oštetile tkivo.
and muscle-tendon-like actuators.
i izvršnih jedinica u obliku tetiva.
from the knee down.
od gomile šrafova od kolena nadole.
bioničkom tehnologijom
but I'm not yet a cyborg.
ali nisam još uvek kiborg.
my central nervous system
centralnog nervnog sistema
within my residual limbs.
into my intended movement patterns.
u željene obrasce pokreta.
to the synthetic part of my body.
u sintetički deo mog tela.
information into my nervous system.
da unesu informacije u moj nervni sistem.
svoje sintetičke udove,
touch and movement sensations.
into my nervous system,
informacije u moj nervni sistem,
from my mind and my body.
and could feel my legs,
i mogao da osetim noge,
part of me, part of self.
NeuroEmbodied Design.
o neurootelovljavanju.
the biological body itself,
ljudsko meso i kost, biološko telo,
the bidirectional communication
dvosmernu komunikaciju
and the built world.
i konstruisanog sveta.
to create cyborg function.
za kreiranje kiborškog funkcionisanja.
designers contemplate a future
konstruktori razmišljaju o budućnosti
no longer compromises separate,
više neće sadržati delove
our minds and our bodies,
od našeg uma i tela,
has been carefully integrated
brižljivo integrisana
what is biological and what is not,
biološkog i nebiološkog,
humanity new bodies.
čovečanstvu nova tela.
will extend our nervous systems
naši nervni sistemi će se proširiti
to better communicate
tako da bolje komunicira
in this 21st century
invaliditet u ovom 21. veku
and technological basis
beyond innate, physiological levels,
izvan urođenih, fizioloških granica,
i fizičkom smislu.
in which to build new bodies across scale,
novih tela u raznim razmerama,
to the scale of tissues and organs.
do nivoa tkiva i organa.
one area of NeuroEmbodied Design,
o jednoj oblasti neurootelovljavanja
are manipulated and sculpted
uređuju i oblikuju
since the US Civil War
od Američkog građanskog rata
in light of dramatic advancements
dramatičnih unapređenja
and neural interfacing technologies.
i tehnologije nervnog interfejsa.
of dynamic muscle interactions
dinamične mišićne interakcije
muscles in the front of your leg contract,
prednji nožni mišići vam se skupe,
in the back of your leg.
sa zadnje strane noge.
when you extend your ankle.
of your leg contract,
strane noge skupljaju,
within the muscle tendons
through nerves to the brain.
where our feet are
gde su nam stopala,
breaks these dynamic muscle relationships,
raskida ove dinamične veze među mišićima
normal proprioceptive sensations.
proprioceptivne osećaje.
into the nervous system
povratnu informaciju
cannot sense and feel
of the prosthetic joint
using this Civil War-era methodology.
metodologije iz Građanskog rata.
I can feel them right now
mogu da ih osetim sada
inside rigid ski boots.
u krutim skijaškim čizmama.
myoneural interface,
mioneuralni interfejs agonist-antagonist,
within the residuum
nerava iz reziduuma
and how does it work?
i na koji način radi?
that are surgically connected,
koji su povezani hirurškim putem;
upon electrical activation,
usled električne aktivacije,
within the muscle tendon
to the central nervous system,
nervnog sistema informaciju
tendon's length, speed and force.
proprioception works,
propriocepcija tetive
na koji mi, kao ljudi,
movements and forces on our limbs.
i sile u našim udovima.
muscles within the residuum
naspramne mišiće u reziduumu
constructs can be created
višestruki AMI konstrukti
of multiple prosthetic joints.
višestrukih protetskih zglobova.
on each AMI muscle,
stavljaju na svaki AMI mišić,
decode those signals
dekodiraju te signale
on the bionic limb.
na bioničkom udu.
the nerve to the brain,
kroz nerve do mozga,
to experience natural sensations
da oseti prirodne osećaje
of the prosthesis.
be used in an actual human being?
upotrebiti kod stvarnog ljudskog bića?
Jim Ewing -- of 34 years --
tridesetčetvorogodišnji Džim Juing
climbing accident.
na planinarenju.
hitting the ground's surface.
i tresnuo je o zemlju.
of returning to his chosen sport
da se vrati sportu koji je izabrao,
scientists and engineers
back to his former climbing prowess.
Džimove penjačke sposobnosti.
amputated Jim's badly damaged leg
Džimovu teško oštećenu nogu
i klinika za žene“ u Bostonu,
and attached to Jim's tibia bone
i pričvršćene za Džimovu golenjaču
reestablished the neural link
uspostavio nervnu vezu
muscles and his brain.
i njegovog mozga.
move in dynamic pairs,
se pokreću u dinamičnim parovima
to pass through nerves to the brain,
pokreću kroz nerve do mozga,
with ankle-foot positions and movements,
pokreta i položaja članka i stopala,
after his surgeries.
na MIT-u posle operacija.
via the electrodes,
Džimove AMI mišiće
how to move the bionic limb
kako da pokreće bionički ud
movement directions.
but then Jim stood up,
i dogodilo se nešto zaista izuzetno.
mediated by the central nervous system
kojom posreduje centralni nervni sistem
during stair ascent --
prilikom penjanja uz stepenice -
to the next stair tread,
svojim bioničkim prstima,
da pomeri nogu.
is receiving the proprioceptive signals,
centralni nervni sistem
the synthetic limb in a natural way.
sintetičku nogu na prirodan način.
as if the synthetic limb is part of him.
kao da je sintetički ud deo njega.
on a roll of electrical tape.
when something's stuck to your shoe?
zalepi za cipelu?
isuviše je nezgodno.
it's way too awkward.
for just a few hours.
sa nogom tek par sati.
he was experiencing.
time I was attached to the robot,
pošto su me povezali sa robotom,
and asked me how it felt to be a cyborg,
kako je biti kiborg
that I didn't feel like a cyborg.
da se ne osećam kao kiborg.
attached to the robot
kao da sam ja prikačen na robota,
nervous system bidirectionally
nervnog sistema dvosmerno
can think and move his synthetic limb,
da misli i pomera svoju sintetičku nogu
within his nervous system,
u svom nervnom sistemu,
a separate tool,
an integral part of his body.
integralni deo njegovog tela.
Jim doesn't feel like a cyborg.
Džim se ne oseća kao kiborg.
to my synthetic limbs bidirectionally,
sa svojim sintetičkim nogama dvosmerno,
to become a cyborg.
I was a terrible student.
bio sam očajan đak.
connected to my limbs once again,
ponovo povežem sa nogama,
back to its not-so-bright self.
u svoje stanje slabe pameti.
because at MIT, I already have tenure.
stalan posao, tako da je okej.
of NeuroEmbodied Design
neurootelovljavanja
pored zamene udova
redefine human potential.
redefinišu ljudski potencijal.
into powerfully strong exoskeletons
na moćne egzoskelete
and feel with their minds.
i osećaju svojim umom.
can be reconfigured
exoskeletal movements,
jumping height and running speed.
visinu skakanja i brzinu trčanja.
will become superheroes.
ljudi postati superheroji.
i produžetke na svoja tela
structures, such as wings,
struktura, kao što su krila,
within the nervous system.
pokrete krila u nervnom sistemu.
"When once you have tasted flight,
„Kad jednom iskusite letenje,
with your eyes turned skyward,
s pogledom usmerenim ka nebu,
and there you will always long to return."
čeznuti da se vratite.“
morfološki i dinamički
in morphology and dynamics
and was badly broken,
i bio gadno povređen,
where he always longed to return.
gde je uvek čeznuo da se vrati.
he not only dreamed to walk again,
da ponovo hoda,
of mountain climbing.
a specialized limb for the vertical world,
specijalizovanu nogu za vertikalni svet,
and movement sensations.
sa punim osećajima pokreta i položaja.
Jim returned to the Cayman Islands,
Džim se vratio na Kajmanska ostrva,
to climb skyward once again.
da bi se popeo još jednom ka nebu.
the first cyborg rock climber.
prvi kiborg penjač.
ABOUT THE SPEAKER
Hugh Herr - Bionics designerAt MIT, Hugh Herr builds prosthetic knees, legs and ankles that fuse biomechanics with microprocessors to restore (and perhaps enhance) normal gait, balance and speed.
Why you should listen
Hugh Herr co-directs the Center for Extreme Bionics at the MIT Media Lab, where he is pioneering a new class of biohybrid smart prostheses and orthoses to improve the quality of life for thousands of people with physical challenges. A powered ankle-foot prosthesis called the Empower by Ottobock, for instance, emulates the action of a biological leg to create a natural gait, allowing persons with amputation to walk with normal levels of speed and metabolism as if their legs were biological.
Herr also advances powerful body exoskeletons that augment human physicality beyond innate physiological levels, enabling humans to walk and run faster with less metabolic energy. He is the co-founder and Chief Scientific Officer of Dephy Inc., which creates products that augment physiological function through electromechanical enhancement.
Hugh Herr | Speaker | TED.com