>>> IGNITION SEQUENCE START.
>> GOOD MORNING, AND WELCOME TOE
INTERNATIONAL SPACED STATION.
THIS IS WHERE A TEAM IS ALWAYS W
AS THEY WORK THROUGH THEIR DAIL.
THE COMMANDER ANTON AND HIS CREG
FOR A SPACEWALK, SERVICING GEART
OPERATIONS IN THE LABORATORIES.
>>> WELCOME TO SPACED TO GROUND.
THE ORBITING LABORATORY GREW ANK
OUTSIDE.
AFTER A SUCCESSFUL LAUNCH LAST .
THE MODULE ARRIVED SAFELY TO ORN
FRIDAY.
THIS IS A RUSSIAN MODULE THAT SE
USED TO DOCK WITH THE PORTS ANDG
LABORATORY.
THE MODULE CARRIED 2200 POUNDS C
FEET OF VOLUME TO THE STATION.
THIS WEEK ASTRONAUT KAILA AND TE
THE ORBITING LABORATORY TO REPLS
ANTENNA SUPPORT ASSEMBLY.
THIS IS MARKING THE 78th EVA IND
STATION.
THEY WORKED TOGETHER TO REMOVE T
ON THE P 1 AND ALSO INSTALL A N.
FELLOW CREW MEMBERS ROGER AND MT
THE DAY MONITORING THE TWO ASTRN
AND OUT OF SUITS.
MARK WAS ALSO ON HAND CONTROLLIE
STRUCTURE WORK SITE.
SPEAKING OF SPACEWALK SCIENCE IG
A NEW TECHNOLOGY THAT CAN KEEP L
WHILE WORKING OUTSIDE THE ORBIT.
THE FLIGHT EXPERIMENT.
CREW MEMBERTION COMPLETED SEVERD
BACK TO EARTH FOR ANALYSIS.
THIS IS SUPPORTING DEVELOPMENT N
MISSIONS.
THAT'S SPACED TO GROUND THIS WE.
THANK YOU FOR WATCHING.
SEE YOU NEXT WEEK.
>>> WE WERE IN AN ENVIRONMENT WE
TO WORK AGAINST THE PULL OF GRA.
THEY HAVE EXERCISE JACK FISHER U
GET AEROBIC EXERCISE.
WE CONNECT IT AND.
IT'S CALIBRATED ABDOMEN WE STAR.
IT GIVES YOU THE MILES RAN.
YOU CAN GO 9,000 MILES.
>> THEY SPEND TIME KEEPING THIND
SOMETIMES THEY HELP STUDENTS LE,
TECHNOLOGY, ENGINEERING, AND MA.
IN THIS NEW VIDEO MEGAN AND SHAN
ENVIRONMENT TO DEMONSTRATE THE .
♪ .
>> HELLO, I'M MEGAN.
>> WE ARE LIVING AND WORKING ONL
SPACED STATION ORBITING 250 MIL.
WE LIVE-IN A MICROGRAVITY ENVIRE
BOUNDARIES OF SIGN.
>> TODAY WE WILL DEMONSTRATE MOE
FLASHLIGHT.
>> IT'S THE CURRENT STATEMENT TF
MOTION WHICH IS THE LAW OF INER.
IT DESCRIBES AN OBJECT TO ACCEL.
AN OBJECTS MONTH.
IS A PROPERTY DEPENDING ON HOW .
THERE IS A RELATIONSHIP BETWEENN
AND HOW EASILY IT STEMS.
IN GENERAL THE LOWER MOMENT OF E
ACCESS OF ROTATION.
AS YOU CAN SEE, THE FLASHLIGHT R
AXIS IS SPINNING AT A FASTER RA.
THIS IS BECAUSE IT'S MASS IS CL.
THE SPINNING FLASHLIGHT IN THIST
OF INERTIA.
WHEN THE FLASHLIGHT IS SPUN ABSE
MASS IS SPREAD FARTHER A WAY FR.
IN THIS POSITION THE FLASHLIGHT.
LET EASY IF THIS APPLIES TO HUM.
>> NOTICE HOW FAST MEGAN IS SPIR
BODY'S POSITION.
WHEN ARMS ARE TUCKED IN HER MOM.
WHEN ARMS ARE EXTENDED OUT IT WD
CAUSES HER TOO SPIN SLOWER.
THIS IS HAPPENING BECAUSE REDISS
HOW FAST WE SPIN.
>> THANK YOU FOR COMING ABROAD R
DEMONSTRATION.
FOR ADMINISTER ON THE MOMENT OFR
CLASSROOM LESSON AND DISCOVER MN
STATION WEBSITE.
SEE YOU NEXT TIME.
>> WE START THROUGH THE ARTEMIS.
>> THIS IS THE NATURAL STEP.
WE PAVE THE WAY TO MARS AND BEY.
>> WE ARE GOING IT'S BROKEN BAR.
ONCE VIEWED AS IMPOSSIBLE.
WITH SCIENCE FICTION TURNED REA.
THEY HAVE SPUN INDUSTRIES ALL TH
DEMONSTRATIONS OF PEACE FOR ALL.
>> WE SORE IN THE SKIES OF OUR .
WE MAINTAIN THE PRESENCE JUST O.
IT'S SMALL ACROSS THE SOLAR SYS.
WE ARE GOING BACK TO THE MOON A.
>> THE MOON IS A TREASURE TROVE.
WE HAVE INFORMATION ABSENT OUR .
>> THE WEALTH OF KNOWLEDGE FROMW
GENERATION OF THOUGHT.
>> WITHOUT FAIL EVERY MAJOR PROO
TECHNOLOGY AND CAPABILITY THAT .
>> THE BREAKTHROUGHS WILL DEFINE
GENERATION TO FOLLOW.
>> THE TENS OF THOUSANDS OF JOBS
TO THE MOON TODAY ARE JUST THE Y
THAT WILL HAVE HUNDREDS OF NEW .
>> THIS IS NOT FOR ONE ENTITY O.
THIS IS A SHARED EFFORT.
>> WOVEN TOGETHER BY A DESIRE O.
>> WHY THE MOON, BECAUSE THE MIE
SPARKED BY THE ARTEMIS GENERATI.
>> THEY HAVE ALREADY BEGUN.
>> MARS IS CALLING.
WE NEED TO LEARN WHAT IT STAKESN
ANOTHER SHORE.
LET'S CAMP CLOSE BEFORE PUSHING.
>> SO, WE GO TO THE MOON NOW NOD
MISSIONS BUT TO BUILD A COMMUNIN
CAPABLE OF PROVING HOW TO LIVE .
>> WE ARE USING LESSONS ADMINISL
EXPLORATION.
>> WE WILL ESTABLISH THE ARTEMI.
>> SCIENCE AND EXPLORATION.
>> WE WILL PROVE WHAT IT TAKES N
DEEP SPACED.
>> WE WILL PERFECT THIS.
>> WE WILL LEARN HOW HUMANS SUR.
>> LOCAL HABITATS AND WITH ROBO.
>> WE WILL LEARN HOW TO UTILIZET
WORLDS.
>> WE WILL ESTABLISH WHAT'S ON E
OF GROWING A COMMUNITY.
WE WILL ENABLE COMMERCIAL AND I.
>> TO RESUPPLY AND REFUEL DEEP .
>> NONE OF THIS IS SIMPLE OR EA.
NOTHING IN OUR HISTORY HAS BEEN.
>> THIS CONTINUOUS PRESSURE IS .
>> THIS WILL ENSURE THE MISSION.
>> WE ARE READY FOR THE FIRST AL
COMPANIES READY THEIR LUNAR LANE
PAYLOAD DELIVERY.
WE HAVE ALREADY BEGUN TO TAKE T.
>>> PART OF THE SCIENCE MISSIONE
WEIGHT LESSEN ENVIRONMENT IN LOH
ON TECHNOLOGIES THAT CAN BENEFIE
ON EARTH.
THE STATION IS HOME TO A 3-D PRS
AND RECYCLE THEM AND 3-D PRINT E
PLASTIC.
THE REFABRICATOR.
PRESENTED BY SCIENCE AT NASA.
WHILE 3-D PRINTERS ARE TECHNOLO.
THERE IS ONE 250 MILES ABOVE USD
STATION THAT'S UNLIKE ANYTHING .
IT'S KNOWN AS THE REFABRICATOR.
IT'S A HYBRID 3-D PRINTER THAT O
MAKE NEW ITEMS.
THE SIZE OF A DORM ROOM REFRIGES
CONTROLLED BY OPERATORS ON EARTE
MANUFACTURERS VIA VIDEO CAMERAS.
NASA'S IN SPACEMAN FRACTURING CH
GRIND THE PLASTIC PELLETS TO RE.
IT CREATES SHEER THAT PREVENTS .
IT'S NO LONGER STRONG ENOUGH.
FOR THIS REASON THE COMPANY TETA
RECYCLING PROCESS THAT DOESN'T S
US TO RECYCLE MULTIPLE TIMES.
WE REUSE THE PLASTIC OVER AND OH
WILL FOR FUTURE SPACE EXPLORATI.
WE CAN REPLACE A LOT OF WHAT WE.
IT'S ON A RESUPPLY MISSION.
WHEN IN DEEP SPACED WE DON'T HA.
YOU HAVE ALL OF THE PARTS YOU MA
LARGE STOCKPILE.
THE REFABRICATOR CAN RECYCLE ITH
EARTHBOUND 3-D PRINTERS.
FOR INSTANCE ALL OF THEM ARE PAC
BAGS.
BOTH CAN BE LOADED INTO THE REFH
AS A PLASTIC SYRINGE.
THAT ABILITY OFF-LIMITS THE AMOS
NEEDED FOR A LONG RANGE EXPEDIT.
IN SPACED, SPACED IS AT A PREMI.
>> THEY WILL PREFORM SEVERAL CY.
ALL OF THE ITEMS CAN BE SENT BAD
ANALYSIS.
I'M EXCITED ABSENT THE TECHNOLON
EARTH.
DROP YOUR WATER BOTTLE AND PLAS.
THERE IS A NEW PHONE CASE AND K.
FOR ADMINISTER SCIENCE FROM THEN
AHEAD TO NASA.GOV/ISS - SCIENCE.
FOR ADMINISTER INFORMATION ABSES
TRANSFORMING THE TECHNOLOGY.
VISIT SCIENCE.NASA.GOV.
>>> IT'S TIME FOR A SPACED RIDD.
WHAT HAS THREE EYES AND SWIVELS.
IF YOU GUESS RAVEN YOU ARE RIGH.
IF YOU DON'T KNOW WHAT RAVEN ISE
TECHNICAL ON DECK.
THIS IS THE SERVICE PROJECT EXPE
TECHNOLOGY DEMONSTRATION PAYLOAO
PIOLET THAT MIGHT BE USED IN FU.
>> DID YOU KNOW THERE WAS A THR.
NOT AN ACTUAL BIRD BUT TECHNOLOA
DEVELOP A NAVIGATION SYSTEM IN N
THE SUPPLY SERVICE MISSION RAVEN
SYSTEMS.
VISIBLE, INFRARED.
AND ADMINISTER.
THE SOFTWARE ROTATING MODULE IS.
>> RAVEN IS A TEST BED THAT WASS
RELATED TO RELATIVE NAVIGATION .
RAVEN WAS BROUGHT ON SPACE X CA.
RAVEN CAN TRACK THE INCOMING VIY
FROM VERY FAR ASWAY UP TO WHERED
STATION.
SO, BASICALLY, AT ANY GIVEN TIME
VISITING INVOKE IS IN SPACED REN
AND WHAT ATTITUDE IT IS.
>>Reporter: RAVEN PROCESSES THI.
HOW IT NEEDS TO MOVE AND CONTINT
AND POSITIONING.
NASA ENGINEERS TOOK WHAT THEY LR
THE YEARS TO ADJUST AND FINE TUS
NEEDED.
IT'S READY FOR THE UPCOMING SER.
THEY WILL FUEL A SATELLITE AMON.
>> THEY PROCESS THE IMAGES ONBO.
IT'S RELATIVE TO ITSELF.
>> THESE FACTORS COME TOGETHER .
MUCH LIKE A SELF DRIVING CAR THE
CONTROL, TWO SPACECRAFTS WILL DG
THIS TECHNOLOGY RYE VENUE AUTOSR
DOCKING TWO SATELLITES FOR THE D
ROTATING.
YOU ALEAN THEM OR BRING THEM TOM
TOGETHER WITHOUT HUMAN INTERVEN.
>> THIS IS THE KIND OF THING YOT
THAT WASN'T DESIGNED TO BE DOCK.
THAT'S WHY RAVEN'S TIME ON ISS .
THE MISSION WILL USE RAVEN'S NAO
AUTONOMOUSLY, MEANING NO HUMANSE
SATELLITE AND TELEROBOTICLY REF.
THIS IS THE FIRST TIME A SPACECO
RESERVICE IT.
>> IT CAN BE APPLIED THROUGH FUF
HUMANS WOULD LIKE TO MAKE A FOOT
WE WILL HAVE TO RELY ON SOME FOG
TECHNOLOGY IN THE FUTURE.
WHETHER IT'S AN UNMANNED CARGO N
EARTH'S ORBIT OR RETURN INVOKE E
CREWED LANDING.
ALL OF THIS IS WERE TECHNOLOGY .
>> RAVEN IS LOOKING TO THE MOON.
>> THE SYSTEMS ARE ADMINISTER CD
AWAY FROM EARTH.
ONCE YOU MOVE PAST LOWER EARTH .
THEY FORM THE SEQUENCES AUTONOMN
INTERVENTION.
>> RAVEN HAS CONCLUDED THE OBJES
UNSTATIONED.
THE TEAM ON THE GROUND IS USINGE
FUTURE EXPLORATION.
>> IN ORDER TO SUPPORT THE FUTUE
HUMAN RESEARCH PROGRAM HAS BEENT
DANGER A LONG DURATION SPACEFLIS
AND HOW TO PROTECT THE CREWS ON.
SOME OF THAT WORK IS DONE ON ORE
NASA RADIATION LABORATORY.
>> NASA SPACED RADIATION LABORAE
PARACALL ACCELERATOR THIS IS FRE
LABS.
DELIVER SPECIFIC DOSAGES OF RADB
ITSELF WITH THE GOAL TO DETERMIO
HUMAN NAME FROM SOCIAL RADIATIO.
>> THE MOST OF THE RADIOBIOLOGYH
LABORATORY HAS HELPED US ESTABLA
HAS A SET OF OFF-LIMITS.
IN ORDER TO ESTABLISH WHAT THEYD
HOW SPACED RADIATION IS DIFFEREL
RADIATION.
THIS HELP US ESTABLISH EXPOSUREF
PROTECTING THE CREW FROM CARCING
OFF-LIMITS TO THE BRAIN.
ALSO TO THE HEARTS OF CARDIOVAS.
>> COMPARING THIS ON A MISSION N
COULD EXPECT IN THEIR DAY-TO-DA.
OUR MISSION TO MARS DEPEND ON W.
>> IT'S DIFFERENT THAN THE AMOU.
A NON ASTRONAUT.
YOU GET A CERTAIN AMOUNT FROM CY
THROUGH THE COURSE OF LIFE.
YOU DELIVER A CERTAIN AMOUNT OFD
PEERED OF TIME THAN THE PERSON D
TRAVELER.
THAT'S THE TRICKIEST ASPECT TO .
THE SAME AMOUNT OF RADIATION DET
THAN THE DOSAGE DELIVERED IN TH.
IT'S THE SAME DOSAGE BUT NOT TH.
THAT HAS TO BE EVALUATED WHEN Y.
>> YOU CAN FIND IT ON YOUTUBE A.
A LOT OF OTHER GREAT FUTURES.
IF YOU ARE LOOKING FOR GOOD CON.
WE HAVE A WEEKLY SHOW ABSENT ALN
SPACEFLIGHT AND MISSIONS OF EXP.
TODAY WE OBSERVE THE 60th ANNIV.
THIS IS PART OF THE JOHNSON SPA.
THE DEVELOPMENT OF A SCRUB I DIE
HOME OF HUMAN SPACEFLIGHT OF TH.
GO TO NASA.GOV/SPACEFLIGHT AND F
THE NASA PODCAST.
ALSO ON SOUND CLOUD.
GET THE LATEST FROM ALL OVER DE.
GO TO NASA.GOV YOU WILL THANK M.
>> THIS IS NOT FOR ONE ENTITY OC