>> GOOD MORNING.
YOU'RE LOOKING INSIDE THE
INTERNATIONAL SPACE STATION
FLIGHT CONTROL ROOM, WHERE A
TEAM OF SPECIALISTS IS ALWAYS ON
DUTY TO KEEP A CLOSE EYE ON THE
SYSTEMS OF THE SPACE STATION.
THE EXPEDITION 63 CREW MEMBERS
ARE FINISHING UP THE TASKS OF
THEIR FRIDAY AFTERNOON AND
LOOKING FORWARD TO A WEEKEND OF
PLENTY OF OFF DUTY TIME TO GO
WITH THEIR REGULAR WEEKLY
HOUSECLEANING AND DAILY
EXERCISE.
COMMANDER CHRIS CASSIDY AND CREW
MEMBERS ANATOLY IVANISHIN AND --
>> AND STUDENTS HEADING BACK TO
CLASS CAN CELEBRATE STATION
SCIENCE WITH A NEW WEBSITE.
ON TUESDAY, THE JAPANESE
AEROSPACE CARGO VEHICLE DEPARTED
FROM THE INTERNATIONAL SPACE
STATION.
NASA EXPEDITION -- INCLUDING
LITHIUM ION BATTERIES USED TO
UPGRADE THE SPACE STATION'S
POWER SYSTEM.
OCTOBER IS SHAPING UP TO BE A
BUSY TRAVEL MONTH ON THE
INTERNATIONAL SPACE STATION.
ON WEDNESDAYTIOUS OCTOBER 14,
SOYUZ MS 17 IS SCHEDULED TO
BLAST OFF, WITH NASA ASTRONAUT
KATE RUBIN AND HER RUSSIAN CREW
MATES WILL BLAST OFF.
SCHEDULED FOR NO EARLIER THAN
OCTOBER 23, NASA ASTRONAUTS
MICHAEL HOPKINS AND MICHAEL
GLOVER WILL LAUNCH FROM FLORIDA
IN THE FIRST OF A REGULAR
ROTATION OF MISSIONS BOARD THE
SPACEX CREW DRAGON SPACECRAFT.
WE ARE CELEBRATING 20 YEARS OF
CONTINUOUS HUMAN HABITATION OF
THE INTERNATIONAL SPACE STATION
AND HAVE LAUNCHED A NEW WEBSITE
TO CELEBRATE FULL OF ACTIVITIES.
THIS WEEK'S QUESTION COMES FROM
NINE-YEAR-OLD THOMAS WHO WANTS
TO KNOW IF THE INTERNATIONAL
SPACE STATION IS FALLING OR
ORBITING.
WELL, THOMAS, THE INTERNATIONAL
SPACE STATION IS DOING BOTH.
EARTH'S GRAVITY IS CONSTANTLY
PULLING THE SPACE STATION DOWN
TOWARDS EARTH, HOWEVER, IT ALSO
IS MOVING AT A VERY FAST SPEED,
ABOUT 17,000 MILES PER HOUR.
THE SPACE STATION MOVES AT A
SPEED IN A WAY THE EARTH DOES.
KEEP SENDING IN YOUR QUESTIONS
USING THE HASHTAG #ASKNASA, AND
WE'LL SEE YOU NEXT WEEK.
>> TODAY, WE ARE JUST A BIT MORE
THAN TWO MONTHS AWAY FROM A
SPACE STATION ANNIVERSARY, THE
20th ANNIVERSARY OF THE ARRIVAL
AT THE INTERNATIONAL SPACE
STATION OF EXPEDITION 1, WHICH
BEGAN A HUMAN PRESENCE IN SPACE
THAT HAS BEEN UNINTERRUPTED RITE
RITE
-- RIGHT UP TO NOW.
IN THAT TIME, 240 PEOPLE FROM 19
COUNTRIES HAVE FLOATED ABOARD
AND TAKEN A PART IN SOME OF THE
MORE THAN 2800 SCIENCE
INVESTIGATIONS WHILE GETTING
READY FOR FUTURE EXPLORATION OUT
INTO THE SOLAR SYSTEM.
>> THIS WAS ONCE JUST A DREAM.
THREE, TWO, ONE.
>> IT'S LIFT OFF FOR DISCOVERY,
AND A TEAM SHAPING FUTURE AND
DESTINY.
>> WHAT IF WE WERE TO CHANNEL
HUMANITY'S KNOWLEDGE AND
CREATIVITY INTO SOMETHING TRULY
REVOLUTIONARY?
WHAT IF WE BUILT A BRIDGE
BETWEEN AND ABOVE ALL NATIONS,
TO JOINTLY DISCOVER THE GALAXY'S
GREAT UNKNOWNS?
TO LIVE AND WORK OUTSIDE OUR
BENEFIT FOR THE PLANET AND ALL
ON IT?
>> READY FOR VISITORS?
>> WE LIVED THIS DREAM ABOARD
THE INTERNATIONAL SPACE STATION.
>> IT'S GOOD TO HAVE YOU THERE
AND ADJUSTING TO YOUR NEW HOME.
>> ARRIVED IN SPACE.
>> FOR THE PAST 20 YEARS, OVER
230 ASTRONAUTS FROM ALL OVER THE
WORLD HAVE WORKED TIRELESSLY
TOGETHER, BOLDLY PERFORMING
PIONEERING RESEARCH AND HIGH
SPEED SPACECRAFT IN THE
UNFORGIVING ENVIRONMENT OF SPACE
IN THIS UNPARALLELED LABORATORY,
CIRCLING THE PLANET AT 17,500
MILES PER HOUR.
THOUSANDS OF GROUND BREAKING
EXPERIMENTS FROM OVER 100
COUNTRIES HAVE LED THE WAY FROM
200 MILES UP.
THE SPACE STATION IS A SYMBOL OF
HUMANITY AT ITS BEST, A SHINING
EXAMPLE OF INTERNATIONAL
PARTNERSHIP AND COLLABORATION IN
ACTION.
>> THREE, TWO, ONE.
>> ENDEAVOR, THIS IS HOUSTON.
WE HAVE COMPLETED A HISTORIC
RIDE TO THE I.S.F. IN A NEW
CHAPTER OF HUMAN SPACE
EXPLORATION.
>> AND AS WE TURN OUR GAZE
OUTWARD, THIS INTERNATIONAL
SPACE STATION IS A LIVING
TESTAMENT OF OUR COLLECTIVE
STRENGTH AND PERSEVERANCE, WHERE
OUR COLLECTIVE EFFORTS PREPARE
US EACH DAY.
WE CONTINUE TO BRIDGE THE
DISTANCE BETWEEN US AND PROVE
HOW MUCH IS POSSIBLE WHEN WE
DREAM TOGETHER.
>> HERE ON EARTH, WE'VE ALL
LEARNED A LOT LATELY ABOUT
TRACKING THE TRANSMISSION
DISEASE.
MICROBES LIVING EVERYWHERE, AND
THAT'S WHY THE SCIENTISTS AT
JOHNSON SPACE CENTER CONSTANTLY
MONITOR THE BACTERIA AND FUNGI
ON THE SPACE STATION.
NOW THEY'RE USING D.N.A.
SEQUENCING TO MONITOR THEM WHILE
IN ORBIT WITHOUT HAVING TO
RETURN FROM TESTING.
THAT'S IMPORTANT TO KEEP
ASTRONAUTS AND PEOPLE SAFE ON
FUTURE SPACE MISSIONS.
[♪♪]
>> THE INTERNATIONAL SPACE
STATION'S LABORATORY MODULES
SUPPORT A WHOLE RANGE OF
SCIENTIFIC DISCIPLINES.
FOR EXAMPLE, THE FLAME DESIGN
EXPERIMENTS IS LOOKING AT THE
QUANTITY OF SOOT PRODUCED UNDER
DIFFERENT BURNING CONDITIONS.
THAT COULD GENERATE DATA THAT
LEAD TO BURNERS THAT ARE MORE
EFFICIENT AND LESS POLLUTING.
[♪♪]
>> INTERNATIONAL SPACE STATION
CREW MEMBERS WHO SUPPORT THE
RESEARCH MISSION OF THE STATION
GET A LARGE SHARE OF THEIR
TRAINING ON THE SCIENTIFIC
PAYLOADS RIGHT HERE AT THE
JOHNSON SPACE CENTER IN HOUSTON.
TODAY, IN THE NEXT SEGMENT OF
THE NEW NASA EXPLORERS SERIES,
WE GO TO CLASS WITH NASA
ASTRONAUTS AS THEY GO THROUGH A
TRIP FOR TRAINING TO THE
STATION.
>> ONE OF THE FIRST THINGS THAT
YOU NEED TO REALIZE WHEN YOU GET
INTO SPACE, IS THAT EVEN THOUGH
YOU FEEL LIKE YOU'RE FALLING,
YOU'RE NOT.
YOU CAN LET GO, AND YOU WON'T
FALL.
IT'S SOMETHING THAT YOU NEED TO
GET USED TO.
ANOTHER THING YOU NEED TO GET
USED TO IS HOW LITTLE FORCE YOU
NEED TO USE TO GET YOURSELF
MOVING.
ANOTHER THING IS YOU CAN WALK ON
THE CEILING, WHEREVER YOU WANT,
AND GET YOUR WORK DONE.
>> OUR TEAM AT NASA IS GETTING
THE SCIENTISTS READY FOR LAUNCH.
IT'S UP TO US TO MAKE SURE THE
SCIENCE RUNS CORRECTLY.
ASTRONAUTS TRAIN ALL OVER THE
WORLD, INCLUDING AT NASA'S
JOHNSON SPACE CENTER IN HOUSTON,
TEXAS.
WE TRAIN IN A LOT OF BIG AREAS.
NUMBER ONE IS SYSTEMS ON BOARD
THE I.S.S., ROBOTICS, HOW TO DO
SPACEWALKS, AND ACTUALLY SCIENCE
ITSELF.
NOW WE DON'T LEARN ABOUT A LOT
OF THE SCIENCE EXPERIMENTS THAT
WE'RE DOING UNTIL WE GET UP
THERE, BUT WHAT WE ARE DOING IS
SCIENTIFIC TECHNIQUES.
THE TECHNIQUES THAT ASTRONAUTS
USE RANGE FROM USING THINGS IN
MICROGRAVITY TO CONDUCTING
EXPERIMENTS ON BOARD THE SPACE
STATION.
FOR EXAMPLE, WE STUDY COMBUSTION
IN MICROGRAVITY.
IF IT LOOKS COMPLICATED, IT'S
BECAUSE IT IS, AND IT'S JUST ONE
OF THE PIECES OF EQUIPMENT
ASTRONAUTS MUST MASTER BEFORE
THEY GO TO THE SPACE STATION.
>> HI.
I'M TRACEY, AND THIS IS SHARON,
AND WE'RE IN P.D.L.-2 RIGHT NOW,
AND WE'RE DOWN HERE TO DO
TRAINING FOR THE COMBUSTION
INTEGRATED RACK.
>> BASICALLY, P.L.-2 IS A MOCK
UP OF A SPACE STATION LAB.
WE'VE BEEN TRAINING ASTRONAUTS
WHO WILL GO TO THE INTERNATIONAL
SPACE STATION, AND WE'VE BEEN
TRAINING COSMONAUTS, AS WELL.
>> TODAY, TRACEY AND SHARON ARE
BACK WITH A FORMER STUDENT, NASA
ASTRONAUT'S MIKE FINK.
THIS ISN'T MIKE'S FIRST RODEO
WITH NASA OR WITH THE SPACE
STATION, ACTUALLY.
>> WE CAREFULLY AND SLOWLY PUT
IT ALL TOGETHER IN A BRAND-NEW,
READY, FRESH, OUT OF THE BOX
COMBUSTION ENGINE.
WE ARE ABLE TO GET FANTASTIC
SCIENCE DATA OF HOW THINGS BURN
IN SPACE.
BY UNDERSTANDING THAT BETTER, IT
WILL HELP MAKE MORE FUEL
EFFICIENT ENGINES AND THINGS
HERE ON PLANET EARTH.
>> YOU CAN SEE HERE, ALL HOSES
ARE WITHIN THE RING, AND THEY
ALL FIT IN NICELY, SO THEY
SHOULDN'T INTERFERE WITH US.
>> SOUNDS GREAT AND LOOKS GREAT.
THANK YOU.
>> WELL, A LOT HAS CHANGED IN
THE 11 YEARS SINCE HE'S BEEN UP
THERE.
HE DID GET INFORMATION AGAIN.
THERE WAS A NEW EXPERIMENT, SO
HE HADN'T SEEN THAT, EITHER.
HE'S A QUICK LEARNER, GREAT TO
WORK WITH, METHODICAL, AND
FUNNY, WHICH HELPS WITH
TRAINING.
>> WE ARE WATCHING YOU, AND WE
HELP YOU WHENEVER WE CAN.
>> THIS ISN'T THE LAST TIME
TRACEY AND SHARON WILL WORK WITH
MIKE.
WHEN HE LAUNCHES TO THE STATION
AND WORKS ON COMBUSTION PROJECTS
IN SPACE, THEY'LL WATCH ON A
CAMERA OVER HIS SHOULDER
BROADCASTING TO A CENTER IN
OHIO.
>> THANKS FOR HAVING THAT DONE
FOR ME.
>> ANY TIME.
>> BEING ABLE TO OPERATE AND
MAINTAIN THE SPACE STATION WHILE
CONDUCTING CRUCIAL RESEARCH
COULD GET OVERWHELMING.
LUCKILY, ASTRONAUTS HAVE STRONG
SUPPORT TEAMS ON THE GROUND AND
OFTEN DEVELOP PERSONAL
CONNECTIONS TO THE RESEARCH.
>> I WAS SO IMPRESSED WITH THE
DIFFERENT THINGS THAT WE'D BE
WORKING ON -- CANCER,
PARKINSON'S, OR EVEN ALZHEIMER'S
DISEASE.
SO THESE WERE ALL IMPORTANT
EXPERIMENTS THAT WE WERE HOPING
TO DO.
WE GET A LITTLE NERVOUS AT FIRST
AS YOU BEGIN TO PIPETTE, OR EVEN
USE A MICROPHONE, WHICH YOU'VE
BEEN DOING FOR YEARS.
THE RESEARCHERS AND SCIENTISTS
WALKING US THROUGH WERE
FANTASTIC, WALKING US THROUGH
EVERY STEP OF THE WAY.
>> GOOD WORKING WITH YOU, AND
I'LL SEE YOU SOON.
>> WE GOT HERE ON A THURSDAY,
AND IT'S CURRENTLY SUNDAY.
WE'VE HAD A BIG DAY YESTERDAY,
FILLING UP THESE WELLS WITH A
GEL SOLUTION AND GETTING READY
FOR COUNT DOWN ON SUNDAY, AHEAD
OF LAUNCH ON TUESDAY AFTERNOON.
>> THE INTERNATIONAL SPACE
STATION INCLUDES FUNCTIONING AS
A PLATFORM FOR SCIENTIFIC
RESEARCH, PLUS, SUPPORTING CREW
MEMBERS ON LONG MISSIONS AWAY
FROM THE SAFETY OF EARTH AND
BEING A COLLABORATION AND
SUPPORTING OUR NEED TO EXPLORE
FARTHER THAN BEFORE IN THE YEARS
TO COME.
>> MAKING SPACE FOR TECHNOLOGY
DEVELOPMENT; PRESENTED BY
SCIENCE AT NASA.
THE INTERNATIONAL SPACE STATION,
OR I.S.S., IS EARTH'S ONLY
ORBITING LABORATORY.
THAT'S IMPORTANT BECAUSE IT
ALLOWS US TO CONDUCT RESEARCH
THAT BENEFITS ALL OF US ON
EARTH, IT'S THE ONLY
MICROGRAVITY ENVIRONMENT THAT WE
CAN TEST SCIENCE IN THIS
ENVIRONMENT IN THE NEAR AND FAR
TERM FUTURE.
HISTORICALLY, THE MERCURY
PROGRAM ENABLED THE GEMINI
PROGRAM, WHICH IN YOUR HONOR,
ENABLED THE APOLLO PROGRAM
THROUGH SCIENCE AND
ADVANCEMENTS.
TODAY, THE INTERNATIONAL SPACE
STATION IS GIVING US SIMILAR
BENEFITS, ENABLING FUTURE
MISSIONS.
THIS IS NASA'S I.S.S.
DEMONSTRATION TECHNOLOGY
RESEARCH PORTFOLIO MANAGER.
HE NOTES, THE I.S.S. LETS US
DEMONSTRATE THAT THE TECHNOLOGY
WORKS AS INTENDED IN A
SPACECRAFT ENVIRONMENT.
DEMONSTRATIONS ON THE SPACE
STATION INFORM OPERATORS AND
FLIGHT CREWS HOW THE SYSTEM
OPERATES, PROVES INTEROPERABLITY
WITH OTHER SYSTEMS AND
DEMONSTRATES SYSTEM SAFETY AND
RELIABLITY.
THERE ARE MANY TECHNOLOGIES AND
CAPABILITIES THAT NEED TO BE
DEVELOPED AS WE MOVE FORWARD TO
THE MOON AND ONTO MARS.
FOR EXAMPLE, RESEARCHERS HAVE
RECENTLY TESTED A NEW TYPE OF
SOLAR ARRAY THAT WILL BE USED ON
THE FUTURE GATEWAY, A HOME BASE
THAT WILL BE USED FOR NASA
ASTRONAUT EXPEDITIONS TO THE
MOON.
SOLAR ARRAYS RIGHT NOW NEED TO
BE UNFOLDED BEFORE THEY ARE
ACTIVE, BUT NEW SOLUTIONS ALLOW
THEM TO FOLD OUT AND RETRACT.
THEY WERE DESIGNED TO BE MORE
IMPACT THAN CURRENT RIGID
PANELS.
NASA'S ORION MULTIPURPOSE CREW
VEHICLE IS A FOUR-PERSON CRAFT
DESIGNED TO TAKE ASTRONAUTS IN
SPACE FARTHER THAN ANYONE HAS
GONE BEFORE.
IT USES TECHNOLOGY THAT IS
OPTICALLY BASED.
IT CAPTURES IMAGES OF THE MOON
AND EARTH, AND BASED ON AN
ALGORITHM, IT DETERMINES ORION'S
LOCATION.
ABOARD THE I.S.S., THE ALGORITHM
WAS CONFIRMED TO WORK PROPERLY.
A SECONDARY BENEFIT IS THE
SYSTEM WAS TESTED AT SPACECRAFT
SPEED, MAKING FOR A REALISTIC
NAVIGATION SCENARIO.
AS PEOPLE TRAVEL DEEPER INTO
SPACE, THEY'LL NEAT SOLUTIONS TO
A VARIETY OF SAFETY CHALLENGES.
FOR EXAMPLE, IF A FIRE BREAKS
OUT, HOW FAST CAN IT GROW AND
SPREAD IN A MICROGRAVITY
ENVIRONMENT?
NASA'S SPACECRAFT FIRE SAFETY,
OR SA-FIRE SAFETY PROGRAM HAS
MEASURED THAT AS WELL AS DEVELOP
SAFETY PRODUCTS.
ULTIMATELY, TECHNOLOGY AND
OPERATIONS DEMONSTRATIONS
OCCURRING ON THE I.S.S. TODAY
ARE GUIDING OUR PLANNING,
REDUCING RISK, AND PROVIDING
CAPABLITIES TO PROVIDING FUTURE
EXPLORATION MISSIONS.
FOR MORE INSIDE INFORMATION
ABOUT THE TECH BEING TESTED ON
BOARD THE SPACE STATION, VISIT
WWW.NASA.GOV/SCIENCE.
FOR MORE ON SPACE EXPLORATION,
VISIT SCIENCE.NASA.GOV.
>>> THE CANADIAN SPACE AGENCY
CONTRIBUTED TO THE PRODUCTION OF
FEATURES ABOUT THE INNOVATIONS
THAT ARE COMING FROM THE CENTER
FOR SURGICAL INVENTION AND
INNOVATION IN HAMILTON, ONTARIO.
>> ANY PIECE OF EQUIPMENT THAT'S
EXPOSED TO SPACE OVER A LONG
PERIOD OF TIME WOULD REQUIRE
MAINTENANCE.
SO ANY TIME WE HAVE TO DO A
MAINTENANCE ON THE OUTSIDE OF
THE SPACE STATION, THAT MEANS
THE CREW MEMBERS HAS TO GO
OUTSIDE.
THAT INTRODUCES THE CREW MEMBER
TO RISK AND PUTS THE CREW MEMBER
IN HARM'S WAY.
NOW, THEY'RE DOING THE MISSION
AND NOT DOING THE SCIENCE, WHICH
IS REALLY WHAT THEIR PURPOSE IS.
SO THE MAINTENANCE CHALLENGES
THAT WE WERE GOING TO HAVE WITH
THE INTERNATIONAL SPACE STATION,
WHAT WE FOUND OURSELVES WAS
CANADA BEING IN A POSITION TO
PROVIDE THAT SOLUTION, AND
DEXTER WAS THE SOLUTION.
>> DEXTER IS ESSENTIALLY A
HANDYMAN.
IT OPERATES ON THE OUTSIDE OF
THE SPACE STATION.
IT ALLOWS US TO DO MAINTENANCE
OPERATIONS.
ONE OF THE THINGS ABOUT DEXTER
IS IT CAN BE CONTROLLED FROM THE
GROUND.
SO NOW THAT DEXTER IS ON-LINE ON
THE SPACE STATION AND OPERATING
ON A REGULAR BASIS, WHAT WE'VE
GOT IS WE'VE GOT A CREW SPENDING
MORE TIME DOING SCIENCE, AND
THIS IS IMPORTANT BECAUSE THIS
WAS REALLY THE WHOLE IDEA OF
BUILDING THE INTERNATIONAL SPACE
STATION, WAS TO BE ABLE TO DO
SPACE STATION IN LOW EARTH
ORBIT.
>> MOVING ONTO THE E.L.F. AND
CHECKING --
>> UNFORTUNATELY, ONLY ABOUT 40%
OF WOMEN SHOULD BE GETTING
ANNUAL M.R.I. AS PART OF THEIR
SCREENING UNDERGO M.R.I.
SCREENING.
PART OF THE REASON WE DO M.R.I.
SCREENING IS ACCESS TO THE BEST
RADIOOLOGISTS.
>> SOME WOMEN HAVE TO DRIVE VERY
LONG DISTANCES, SEVEN OR EIGHT
HOURS IN THE WINTER, JUST TO GET
THEIR M.R.I. AND BE SEEN.
>> WHEN WE STARTED TO DO THE
RESEARCH WITH CANADIAN SPACE
AGENCY AND NASA, WE STARTED TO
GET INVOLVED WITH M.B.A.
M.B.A. IS THE COMPANY INVOLVED
IN ALL THE MANUFACTURING OF ALL
THE ROBOTIC SYSTEMS.
>> WE DEVELOPED A SYSTEM CALLED
IGAR, WHICH STANDS FOR IMAGE
GUIDED ARRAYABLE ROBOT.
>> IT ALLOWS RADIOLOGISTS TO
VIEW IMAGES FROM ANOTHER
HOSPITAL WITHOUT HAVING TO
TRAVEL DISTANCES.
>> WE DEMONSTRATED THAT IGAR IS
SAFE, AS SAFE AS A HUMAN.
>> AND THIS WILL INCREASE THE
NUMBER OF PEOPLE UNDERGOING
SCREENING CLOSE TO 100%, WHICH
IS WHERE IT SHOULD BE.
SO WE DEVELOPED THE PROGRAM, AS
WELL AS THE SOFTWARE THAT'S USED
TO CONTROL THE ROBOTICS OF THE
SPACE STATION.
>> WE CAN ACTUALLY SEE SOME OF
THESE TECHNOLOGIES THAT WE WORK
WITH FOR A LONG TIME BECOMING
AVAILABLE.
WE HAVE A LOT OF INSIGHT ON HOW
TO APPLY THEM.
NOT JUST IN MEDICINE BUT IN A
NUMBER OF OTHER FIELDS, WHICH IS
WHAT WE'RE DOING.
SO WITHOUT THE SPACE STATION,
WOULD ANY OF THAT HAVE HAPPENED?
NO, NOT REALLY, ANY WAY.
>> IF YOU WANT ANOTHER LOOK AT
ANY OF THE STORIES THAT WE
FEATURE TODAY, POINT YOUR
COMPUTER TO NASA AND FACEBOOK,
AND TAKE A PEEK AT WHAT WE DO IN
THE AMERICAN SPACE FLIGHT
PROGRAM.
THE PLACE TO GO IS HOUSTON, WE
HAVE A PODCAST, WHERE WE TALK TO
FOLKS IN ALL ASPECTS OF SPACE
EXPLORATION.
WE POST NEW EPISODES EVERY
FRIDAY, AND TODAY, WE TALK ABOUT
THE LUNAR PAYLOAD SERVICES
PROGRAM AND THE WORK UNDERWAY
RIGHT NOW TO PUT SCIENCE AND
TECHNOLOGY PAYLOADS ON THE MOON
IN THE NEXT FEW YEARS.
GO TO NASA.GOV/PODCASTS FOR THIS
WEEK'S EPISODES.
YOU WILL ALSO FIND THE FULL
LIBRARY OF NASA PODCASTS, ALL OF
WHICH YOU CAN LISTEN TO ON APPLE
PODCASTS, GOOGLE PODCASTS, AND
SOUNDCLOUD.