he peer, aka nasa, the surest way to make sure we don't get to mar is let nasa be involved.s there during the commercial flourishing of private space flight in the late '90s and internal to mass there were discussed how we are forced to encourage people but make sure they never can fly and denied licenses, they were deliberately trying to kill the investor class to make sure they would never invest in private space flight. musk was a billionaire and didn't care and we can talk about musk and his issues later. so but let's back up a step. why didn't we continue to go to the moon? because the entire thing was a thumb in the eye of the soviet union, and itself was national pride and we did and why do we keep doing it? we need to have a commercially viable reason to go to mars. so i suggest that we film survivor and/or the bachelor on mars -- i'm only partially joking, but you have to find a way to monetize this. >> agreed. >> otherwise your asking the taxpayer to do it for some unspecified whatever and that will not work. nasa will find a way to suck all of the life blood out o

we are well on our way to making nasa's mission to mars a reality.ou will hear more about that today. to get nasa ready for this mission the president signed largestaw the agency's budget ever, and as we speak when working with congress to add an additional $1.6 billion to support our renewed commitment to human space exploration. the space launch system known as sls, the world's most powerful rocket will launch american astronauts toward the moon, will be fully assembled by the end of this year. last month we marked the cancer -- the cap school complete on the orion capsule. it is the spacecraft that we all know will sit on top of the sls and it will carry the first crewed ship designed to deep space exploration in half a century. and just last week we announced the marshall space flight center in huntsville, alabama will lead development of our new lunar lander, and working with johnson space center in houston, texas, we will ensure that a new generation of astronauts have a state-of-the-art vessel to reach the lunar surface safely and return by 20

we will discuss nasa's next steps in robotic planetary exploration.ce, technology and very human desire to explore and charted territories have driven innovation since time immemorial. this is demonstrated by nasa's history of innovation for the purpose of exploration beyond our earth and beyond our solar system. there are many exploration visions we can discuss given the recent selection of the next frontier mission and role as fiscal investigator and limited time i will focus on the example of the dragonfly mission to saturn's moon titan. our entire team is excited to be on a path to exploring and estrous terrestrial world with lakes, mountains, clouds and the rings with the space get derived from drones that have been -- become ubiquitous on earth in search of building blocks of life. it is the opportunity to work on projects like this that inspired us to pursue careers in science and engineering in the first place. for the johns hopkins physics laboratory dragonflies the latest chapter in the story that began shortly after world war ii when on a m

then nasa administrator said can we clarify? he said yes i guess we will go to the moon and then mars. he restarted the national space council that obama canceled he does have a genuine interest in space. this is hot off the press this is yesterday very on - - yesterday july 19 he met with buzz aldrin who walk the moon and mike collins he was in the command module and during that little ceremony he turned to the nasa administrator and said is there any way we can go to mars directly? because part of the plan of going back to the moon we will do the moon base and a lunar gateway that is a space station like a gas station to mars which makes no economic sense you don't really need to add that waste a lot of money so here's the point. he wants to go to mars. why haven't we gone to mars? because since the first moon landing this is how government bureaucracies work and this is what politics does. congressman and stuff in their district and other priorities this is what happens when the government is involved they can land a human on

nasa began to have many women working for them, white and black. however, was there still segregation. >> there was a small room that was expected to fit 20 black workers or more. can you imagine working long hours every day? >> while the whites enjoyed modern technology and spacious rooms while sipping their good old, cup of coffee. not only that, but no matter i and other women worked, we were only paid $16,000 a year while the men took home $26,000. that's a $10,000 difference. after a few weeks of working there, dorothy vaughn, my supervisor assigned me to a project of the flight division and, well, i never looked back. we had these big data sheets, maybe 15, 20 columns across and 25 lines down and it was fascinating. >> soon, it was obvious that she was different than the other computers. >> i requested to sit in on nasa's briefings where important information related to orbital trajectories was discussed, but i was denied. they said -- >> women don't usually come to these things. >> it was shocking hearing them say that to me. >> she fought b

nasa plays a critical role in that. nasa plays a critical role in pushing technology forward. i think it is a false choice between looking at nasa's budget and trying to solve all the problems. nasa does need to send humans to the moon. they are going to discover life of all not only on the moon but on mars. i think if we have learned nothing else will apollo, when a society does something really hard and challenging, it brings the world together. it pushes your society forward. it inspires a generation of scientists and engineers. behind you is lunar module two. people will ask you if this was the real thing that went to the moon. we get that question a lot. it was a test article. is one of them. all kinds of testing was done by nasa on it at the end of the program, we got it here to display. you talk also about the spacesuits. talk about that process. the spacesuits are almost individual spacecraft. for thed to store air astronauts, keep them protected from the lunar environment. they were complex. they were made to protect the astronauts on the moon, but they were not made

nasa is probably made up of 80% of private companies. it's not just nasa.s always been other companies involved, other contractors. they put out tons of contracts and they'll award tons of contracts to private companies. honeywell is very much involved. lockheed is i don't think people realize, nasa is made up of tons of private contractors, thousands of them actually. everybody from companies with 40,000 people to companies with six people. might make the screws for a particular piece of equipment. there's always been private companies involved. >> that's bobby in columbia, maryland. here's marsha. she's in pennsylvania. hi, marsha. good morning. >> good morning. i'm calling on the line for all others because i have a somewhat unusual i would say completely neutral position on watching the moon landing and that is entirely circumstantial. that evening i was 23 years old. i had just been married two years, and my husband and i had just bought our first house and moved in less than a month before that. had furniture stored in my parents' house, had furniture

>> nasa is probably made up of 80% product companies. it's not just nasa. it has always been other companies involved and other contract there's that put up times of contracts and award funds to private companies. honeywell is very much involved, lockheed is involved. there are thousands of small businesses involved. i don't think people realize that nasa is actually made up of tons of private contractors, thousands of them actually. everyone from companies with 30,000 people to companies with six people that make up screws for particular pieces of equipment. up there has always been private companies involved. >> here is marcia. marcia is in pennsylvania. hi marcia, good morning. >> i'm calling on the line for all others because i have a somewhat unusual and i would say completely neutral position on watching the moon landing and that is entirely circumstantial. that evening i was 23 years old. i have been married for two years and my husband and i had just bought our first house and moved in less than one month before that. we had furniture stored in my p

it's on loan from nasa. nasa lends it to scientists for scientific study.r the years as scientific instruments have improved, we've been able to learn additional sh information from thisis lunar material. >> this is t.l. from sun city, california. you are next with our guest. good morning. >> caller: hi. i wasn't alive when the lunar landing was broadcast 50 years ago, but i have a direct connection to apollo program.naa my father worked for both nasa and rockwell., rockwell was then known as north american aviation. california is in a way the ng t ground zerosp to the space age. i was hoping to speak with mike collins to tell him how handsome he is at his age. my dad worked on perhaps the command modulejects in the seco phase of the project. there were also other projects such as x-15 rocket plane. i'm just calling to say that the apollo program in a way is like a legacy of my dad, because i never got to know him because he passed away before i was born. in a way, the moon landing is a way to get to know him. while elves alive he got to know a lot of his c

the committee is focused on assessing the status of the nasa space exploration.chnology speaks to be compared and timelines that must be met. the result of that review will determine support is required. retired colonel chairs the committee on outreach and education. i will say more about outreach efforts in a minute. her committee is committed to developing recommendations to enhance space related education on all levels. she has begun to draw from the national committee of state legislators. from universities of nasa involvement to gain a broader perspective on education and workforce issues. international gauge meant subcommittee led by doctor david wolf. electrical engineer and your fellow hoosier. the committee will include review of both the current policy as well as the guidelines, behavioral norms and technical standards affecting international space cooperation. we have followed the successful outcome of the session of the united nations committee on the use of outer space. have planned a session with the department of state to ensure that we understand

to get the answers to kennedy's questions, johnson turned to nasaed a m na nasaed a -- nasa's administrator, james webb. webb believed the only real hope to have the first person in space was landing an astronaut on the moon. others argued for a mission to mars, a human mission to mars. well, webb's more practical proposal went out, and kennedy took it to congress, and now made his very famous speech proposing to land a moon on the moon and returning him safely to earth before this decade is out. what's not well-known is the phrase before the -- the story of the phrase before this decade is out. it was a last-minute compromise. james webb was given an advanced copy at the last minute of what kennedy was going to say, and to his shock, the script, the address mentioned that there was a deadline of 1967. webb convinced the white house to take out the year and say instead the decade is out. had 1967 stayed in, we would not be saying today that nasa met kennedy's goal. but now let's turn to jpl's role in getting footprints on the moon. even before kennedy's speech, jpl was working on two moon p

nasa agreed. they learned their lesson on that they said okay you have six weeks to put the suit in. so for six weeks around the clock, you know, we had a handful of people. we had engineers and seamstresses. they busted their next and in six weeks produced this suit. it turned out to be the winning suit. the other two didn't have good mobility, a lot of issues. even our suit had issues, but they were issues we knew could be fixed. when you design something new, you develop it. so that's -- you see this suit was a lot more form fitting. it was tailored, it was a suit we wanted from the beginning without the hamilton engineers without telling us how to build it. it ended up being the a 7 l lunar suit. it started out as ax 5 which is what you saw previously. we eventually made the 7-l suit. they did an outstanding job. hit poor waist mobility though. when they were getting in the command modules, they had a strap to pull to pull the waist together. the arms were not very good. there were a lot of pr

i am a retired nasa employee. i left nassau after about 30 plus years of civil service employment -- i left nasa after about 30 years of civil service and i meant. my role in this panel is to be a historian and help you appreciate the significance and the scope of the effort of the apollo program. which could not have been successful if it did [speaking foreign language] ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ ♪ not end successfully. the panel we have today is the panel on command module landing and recovery operations. they always say the job is not over until the paperwork is finished. the job is not over until the spacecraft is floating in the pacific ocean and the astronauts are successfully retrieved. we have with us four heroes of that era, people i looked up to and admired as a 14-year-old watching on television back in 1969, and i wished i could be with them in the pacific ocean helping to retrieve those astronauts. we have on the panel to my left, denny holt, mily heflin, mel richmond -- milton heflin, mel richmond

and then you can collaborate with nasa and cooperate with nasa. the biggest thing is to tell them we are here to help, but we want you to do things on your own and we want you to join the family of space faring nations as soon as you can. >> mike, at the start and now you ran an institution called national air and space museum. how do you put the national in the message, in the design of the museum? or what is itself evident? >> well, we tried as hard as we could. i forgot how many square feet of floor space divided into so many galleries and they all -- i won't say all, but almost all of them had some international importance, as do the marines, as, charlie, i think the marines have got a big job in diplomacy, more than the other services. >> thank you. i will accept that. >> they get out and about and they can do good work. >> my son is out there somewhere and he will agree with you. >> okay. [ applause ] >> and in putting the air and space museum together, if i understood your question correctly, we tried not to overemphasize, but to emphasize

and nasa had the answer to its question. solid, andurface was suitable for landing by the apollo astronauts. >> this is actually my favorite surveyor image, because every single time i look at it, what i see in it is almost neil armstrong stepping off the lunar module. , it's the shadow of surveyor one on the moon. now, i do not want to be guilty of committing the sin of omission, so i want to acknowledge that the soviets were the first to land on the moon with lunar nine. it used airbags, which we adopted to go to mars. so it could be argued that this was actually a soft landing. at the time, it was not large enough to raise doubts about whether the lunar surface was able to bear the weight of an apollo lander, but it is comparison to make a between the lunar nine image of the moon and the surveyor image of the moon. we begin to understand that being first does not always necessarily mean being the best. what happens to the soviet union program, in part, was the first actually hindered their technological development. for c

fornia is home to the mars program at nasa's jet propulsion laboratory nasa has taken the man to the moon and back but they've approached this journey with a much more deliberate and rigorous training program. i'm now on the base on mars and i will give you a little tour in 20156 volunteer scientists walked out of a dome on the side of a hawaiian volcano after being locked away by nasa for 8 months this was a simulated experiment of what life on mars would be like coexisting is one challenge getting there and surviving is an entirely different endeavor landing on mars is still pretty well sometimes it can be quite a terrifying play. dr richard zurek is the chief scientist for the mars program at nasa jet propulsion laboratory a lot of things have to happen right right know we fly into the atmosphere we have would he choose the protection but we're also trying to slow down so that we can land softly. we're talking about a very different scale of endeavor we're landing a metric ton down on the planet today we think for human missions to get stuff down on the surface that they can use t

there have been lots of times where they talk about cutting nasa funding for nasa and private industryking the helm and going up into space. it's exciting to see companies like spacex and a renewed interest in space. >> it is important to remember it was a choice. he had to make a choice to go, to continue. president nixon is inaugurated on january 20 1969. six months before the lunar landing. in his inaugural address he referred to the christmas eve 1968 mission of apollo eight and to astronaut william anders, who took a picture near the lunar surface. featuredure prominently in richard nixon's oval office. our oval office. spoke aboutt then the mission in his first inaugural address. >> we share the glory of man's first flight out of the world. as a single sphere reflecting thet in the darkness, as apollo astronauts flew across the moon's gray surface, they spoke to us of the beauty of earth. in that voice so clear, we heard them invoke god on its goodness. , to seeew from the moon the earth as it truly is, small and blue and beautiful. and that internal silence is to see ourselves a

and the administrator of nasa has said the next person to walk on the moon for nasa will be a woman. all plays out could very much have some impact on that decision and whether her career lands her on the moon or derails it entirely. hard to see right now. >> miles o'brien on this really incredible story. thanks for joining us. >> you're welcome. >>> now the white house is now saying the president's only regret in hiking tariffs on china is that he didn't raise them even higher. so what does that mean for wall street in the week ahead? cnn's alison kosik has your "before the bell" report. >> hi, alex. trade fears are front and center again for wall street. stocks plunged on friday as the u.s./china trade war escalated. first, china unveiled a new round of tariffs on u.s. goods. then president trump says u.s. companies were hereby ordered to look for alternatives to do business in china. all of this comes as concerns about the state of the u.s. economy mount. this week, investors will be closely looking at consumer spending data. the manufacturing sector is in focus as well. there hav

nasa had many working for them. whites and blacks. however, there was still segregation. >> in a small room, that was expected to fit 20 black workers or more. can you imagine working long hours everyday. while the whites had spacious rooms sipping their good old cup of coffee. not only that, but no matter how hard we worked, we were only paid $16,000 a year. while the men took home $26,000. that's a 10,000-dollar difference. >> after a few weeks working there. dorothy vaughn, my supervisor, -- i never looked back. we had big data sheets. 25 lines down. it was fascinating. >> soon it was obvious that she was different than the other computers. >> i was denied. they said women don't usually come to these things. it was shocking hearing them say that to me. she fought back telling them. i need to be there. yet still i was denied. i asked once more if there's a law that women cannot go into the briefings. >> catherine used logic and her intellect. after a few months, they gave in. and she was allowed into an all male all white briefing r

>>> hello and welcome to nasa's jet repulsion laboratory in pasadena. a hot afternoon and for our monthly public lecture series, i'm preston dyches. 50 years ago three human beings set out on a journey across a quarter of 1 million miles of space to the moon. two of them sat down on a fragile landing craft and one stepped into history uttering a phrase we know by heart. for that one human being to make the one small step to the efforts of hundreds of thousands of people over the course of a decade. in industry, universities, and government. -- didn't play the leading roles but for all who contributed to play a small role in the space program today, something that mattered. >> the primary role is to help lead the robotic explanation of the road-- of the system developing communication technologies that contributed to apollo.-- used for communicating to all spacecraft . it was used to receive the astronauts tv transmissions from the moon and was also a vital communications backup especially during the tense days of apollo team. caltech, long a world leade

frank began on the phone with nasa.was costly getting updates and checking to make sure everything was working the way we had been told it was going to work. frank would give the news to roger ailes. that's the little tiny set. the 20 inch color set. the president never watches television, larry is saying. and the official white house photographer and bruce. and again, to self promote. >> walk me through what you three did on that day. you were running around with a camera, dwight. >> i was sitting right there. how the back of my head and my right hand lifting a cigar. i had hair. i don't smoke anymore and i have no hair. then that evening, and again thanks to dwight, i moved on into the oval office. >> the staff people, it was a waiting process. we got there mid morning. we are waiting until late evening. we are sitting around chatting, trying to talk to frank. i got six or seven calls from the president that lasted a minute or 30 seconds. he is over in his office and he is antsy. it was kind of a hurry up and wait typ

and frank again probably on the phone with nasa. he was constantly getting updates and trying to check to make sure everything was working the way that we had been told it was going to work. and then frank would give the cues to roger ales. and again, that's the little tiny set. i mean, that's what a 20-inch color set. the president never watches television, larry is saying. and ollie atkins, the official white house photographer. and bruce. and again, to self promote. yeah. >> walk me through what you three did on that day. obviously you were running around with a camera, dwight. but how about you, john? >> i was, thanks to dwight, i was sitting right there. you caught the back of my head and my right hand lifting a cigar. >> you were too? >> i was there. >> in front of the cigar brigade. >> i was, and i had hair. i don't smoke any more. and i have no more hair. but then that evening, and again, thanks to dwight, i moved on into the oval office. >> the staff people, it was a waiting process. >> hurry up and wait really. >> we got t

nasa is a principal donor and at the end of nasa's needs of the agency will transfer spacecraft and a variety of other equipment, so they can be preserved and displayed. spaceship one is a different case in that it came from private enterprise and in this case we work directly with the owner of the designer and his business partner, paul allen and the cofounder of microsoft. we approach them after the first flight in june 2004, regardless of whether you win the prize or not, we think spaceshipone deserves to be in the national collection because it was the first privately developed spacecraft, piloted by human beings to go into space and return. >> you might notice there's a small dent in the nozzle of the engine of spaceshipone and that's not damage caused by delivering it to the museum or suspending it from the rafters but rather, that buckled in space, during its first test flight when the engine ignited and just the heat and the force of the engine ignition buckled the nozzle for the second flight and the third flight a different nozzle was used and they also made some corrections

right now, roger is explaining what nasa said, he is asking about the call. frank is on with nasa. of the networks. there's ales again. >> i want to cue it again. preface it by saying he spent the early evening in his hide away. when did he come over? walk us through one more time, dwight. >> he came over to the little office right before armstrong stepped on the moon. and haldeman and borman were with him in the little office when that happened. once it happened, he came into the oval office. there's roger briefing him, frank, the president wiping the moisture off his lip which was a constant thing. felt on his desk there. he is watching that. i thought there was more footage of this part but there's not. he's just looking at the tv set. it is interesting there were two sets. one on the right, one on the left. we didn't know how nasa was going to put the picture. roger devised if the astronauts were on the right, nixon would be on the left, looking at them. but he would switch over the other way if the astronauts were on the left. nixon would have been on the right. >> there isn't

there's frank on the phone, probably with nasa.that we took, so they're -- and they're, you know, 50 years old, so the quality of it. there's the little tv that the president watched it from and i think that's frank reynolds there. there's ron ziegler, the press secretary, and we are in the cabinet room. we used the cabinet room, there you can see -- that's ollie atkins who was the official photographer, the guy with the cigar, that was bruce whelahan, the guy with this cigar is me. don't ask why we smoked cigars, but we did. we really staked ourselves into the cabinet room there throughout the day. you can see the windows were dark so, you know, we are into nighttime. the module landed at 4:15 in the afternoon and then the astronauts did not walk until later. this is a still shot of the cabinet room, the oval office is down through that doorway. there's a little office area and then the oval office and we are all sitting around there waiting. the president at this time is over in the executive office building, but this was right a

and nasa thought, what can we do with this? we have developed this tremendous capability to launch space craft all the way to the moon. we still have a couple of the powerful rockets on hand. can we repurpose them and do something else? and so the decision reached was to take the third stage of the gigantic saturn five rocket that powered the space craft away from earth on a trajectory to the moon and turn that into a habitable module a sort of miniature space station that crews could live in while they were getting in experience of living and working in space. and the actual element that's behind me is the full cylinder that is marked by this wide white band here. and you can see from the cut away there that it's two stories on the inside. and those were two floors where the astronauts could actually live. in the missions to the moon and the missions in earth orbit they had been in space craft that were essentially cockpits. they had no more room in them than a sports car. but sky lab was like having a house and actually had r

before becoming nasa's chief scientist, he was a director of the planetary science at nasa head quarters where he saw missions including the new horizons fly by of flpluto, and the juneau to jupiter, and the landing of the curiosity on mars. we're very lucky to have him as the moderator of the panel tonight. join me in welcoming dr. jim green. [ applause ] >> good evening. wow! i'm glad the rain didn't stop you from coming because we're going to have an exciting time tonight. we're going to talk about apollo 11. we're going to talk about its legacy. we're going to talk about the science that we learned and how it sprung forward into discovering many more things about the moon and the origin and evolution of the solar system. this is going to be a really exciting time. we'll also talk about the future of lunar exploration. so, without further ado, i want to mention a couple of important ink this i things. everyone should have some cards. if you have cards in the audience, these are important because you can write questions down. please write your questions. as they come up -- i find that'

someaid the russians had -- nasa sent someone up to look down as well. three years later, the soviet union sent someone into orbit, the first human in space. president john f. kennedy said "i believe that this nation will commit itself to the goal of landing a man on the moon and returning him safely to earth." >> wanting a part in exploring the space frontier, nasa began to work on reaching that goal. >> my team and i performed the trajectory analysis. 23 these -- 23 days after the russians went to space, alan b sheppard became the first american in space. acquired theirly first ibm computer, program to calculate the trajectory. but these manufactured computers were known to make mistakes. supercomputers were not needed much. that astronauts were hesitant of putting their lives in the hands of electronic machines. flew, heore john glenn refused to get into the spacecraft unless katherine johnson personally double checked the numbers. he said "get the girl to check the numbers. if she says they are good, i'm ready to go." >> it took me a day and i have t

>> reporter: nasa definitely has mars in its sight and wit it says it plans to take several bay area tech companies along for the ride. nasa wants to go to mars -- >> the eagle has landed. >> reporter: with a training visit to the moon first. >> i just want to give you -- >> reporter: but before it takes off, it wants some tech support. >> you could say our survival depends on it. >> supersonic. >> reporter: nasa is working with google and intel to not only help get us into space, but to protect us from what might come our way. >> certainly we know that impact on the earth have happened in its past. we know, of course, what happens on the moon, all the craters on the moon are due to impact. >> reporter: once we get past the asteroids, they'll count on artificial intelligence to help map our way -- >> how do you know where are you on the moon? it's like where's waldo? there are no street signs or gps. you do it the old-fashioned way. you get pictures of where you are and pictures of the moon and match the two. >> reporter: w t >> they have thousandses of decisions to make. one is wher

[ applause ] >> well, this is a great day for nasa, and it's a great day for america. i am immensely grateful to the efforts of dr. ellen stofan, the national air and space museum board, and the thousands of public contributors who graciously donated to help preserve neil armstrong's "apol "apollo 1 1" space suit for generations to come. it is also an honor to have with us neil's oldest son, rick armstrong. commander neil armstrong's name is synonymous with undaunted courage, the american spirit of exploration and the evidence that humanity's potential is limitless. 50 years ago this week armstrong, buzz aldrin, and michael collins hurdled through the unforgiving blackness of space aiming at the moon not on a mission of conquest but a mission of peace. their success expanded humanity's understanding of our celestial neighbor and most importantly it taught us something about ourselves. that together we can accomplish any goal and overcome any difficulty. among armstrong's personal effects aboard "apollo 11" were pieces of the wright brothers flyer. they succeeded in mak

>>> pues los televidentes pueden ir a nuestra web de la nasa.otros. >>> se hace llamar es un nuÑo mÉxico-americano que estÁ logrando miles de suscriptores en youtube gracias a una entrevista que le hizo a guillermo del toro. a penas fue un minuto lo que duraron las dos preguntas y respuestas. >>> vean lo que le dijo. cuÁndo empezaste a hacer amigos de los monstruos? >>> desde pequeÑo, desde la cuna, cuando estaba en la cuna, veÍa monstruos, y les dije que fueron mis amigos para que me dejaran ir al baÑo. >>> gritÉ guillermo!. >>> y le dije, que si le podÍa entrevistar para mi canal. y Él dijo. quÉ, cuÁndo? ¿quÉ?. >>> y cuando entendiÓ lo que dije. me dijo vÉngase para acÁ. >>> cÓmo lo ven? >>> y una curiosa entrevista que no solo ha sido mostrada en y u tu youtube, porque muchos hemos hecho eco. >>> hasta maÑana. sigan con telemundo. pÁsela muy bonito. >>>♪. crisis en puerto rico, un hecho sin precedente terminÓ con la caÍda del gobernador. >>> traemos todo el anÁlisis. para entender este hecho hisÓrico, en vivo y en todas las plataformas social

how women are leading nasa's future space travel plans. >>> i'm chief meteorologist jeff ranieri. check it out. rainfall off to the south. i'll show you exactly where this is headed coming up in about nine minutes. a landmark ruling n oklahoma today. a judge ruled against "johnson a >>> a labds landmark ruling in oklahoma. a judge ruled against johnson & johnson ordering them to pay half a million. they added a subsidiary are partially responsible for the opioid epidemic and understated the risk of addition. >> the company used pseudo science and misleading information to downplay the risk of opioids leading to the worst man-made public nuisance our state and this country has ever seen. >> we are disappointed and disagreed with the judge's decision. >> the pharmaceutical giant plans to file an appeal. >>> tonight a grieving family is heading to city hall in livermore. hoping to change what they call a dangerous intersection. 26-year-old janelly morales died hitting crossing east avenue near jenson in the evening and the family said the lighting on the street needs to be improved s

the first craft privately developed not by nasa, not by the u.s. government, but by a company headed by bert rutan, an ingenious aircraft a designer. spaceship 1 was the first privately developed craft ever to be launched into space, returned to earth, be launched again, return to earth with a human on board. and by doing that in the year 2004, spaceshipone won the ansari x prize, a prize of $10 million that was posted to encourage commercial development of spacecraft that could be used for space tourism. spaceshipone operators as a suborbital craft. like alan shepard did in 1961, it goes up, makes a loop into space and then glides back down to a landing like an airplane would land. there is a mother ship that is the actual transporter aircraft. and spaceshipone snuggles up under it. the mother ship is the one that flies it around here in the atmosphere. and then it's released from that. and after it's released is when the rocket engine ignites and it shoots straight up. spaceshipone is a very innovative design in that it has a hybrid rocket that i

they begged nasa to reconsider.the announcement made clear it was nonnegotiable. >> i want to make sure we don't create a narrative that this is us against them or anything like that. when we go to the moon there will be plenty of work for johnson. >> reporter: and plenty of work for all of nasa. the trump administration has given nasa 5 years to return american astronauts to the moon and go deeper into space. >> someday soon american astronauts will plan the stars & stripes on the surface of mars. >> reporter: to get their first congress must fund it. a tall order in divided times on capitol hill especially in an election year. kristin fisher, fox news. shannon: several locations on the vegas strip exposed to singles. the western roundup, the southern nevada health district is confirming one case of the measles, officials are urging all visitors to the region to review their immunization status. and oregon woman turning herself into authorities accused of defining a court order to turn her daughter over to state au

michio: i am here to save the space program from nasa bureaucrats. nasa bureaucrats are trying to fabricate new laws of physics that i have never seen before in any of my textbooks. in any of the books that i have published for phd students. if any of these engineers were to send that report to me i would flunk them. brian: why did you feel so strongly? michio: i believe in the space program. but, i think we need to do it safely. why would the taxpayers turn against the space program? when we lost the shuttle we came within a hair's breadth of losing the space shuttle. americans were saying enough is enough. astronauts perishing because some bureaucrat authorized the launch of that missile. nasa wanted to launch a mission. which would give us gorgeous amounts of information about saturn. with 17 pounds of plutonium. this split the scientific community. on one hand, we wanted this to orbit saturn and give us great photographs. on the other hand, if that rocket were to blow up, nasa's own computer program estimated that some of the plutonium could go t

also with us is jim bridenstein who leads nasa. i'm so happy that rick armstrong could join us to represent the family along with his family of the inspiring american hero who took humanity's first steps on the moon. thank you for being here, rick. during our year long celebration, we highlighted the team that made apollo possible. it took 400,000 americans doing every conceivable job to make it happen. that included the engineers, material experts, medical experts, and the amazing seamstresses who handmade the space suit. it took another large team to conserve the suit so that we can once again share it with the world after 13 years off exhibit. that team included our space suit historians, conservators and collections and exhibits experts but their work was only possible thanks to the thousands of individuals who contributed to our reboot the suit kick starter campaign. so thank you to all of those people who did their part to preserve this vital piece of space history. the complexity of the suit ensured it could support human li

nasa wanted to launch a mission.reat mission, by the way which would give us gorgeous , amounts of information about saturn. with 17 pounds of plutonium. -- 72 pounds of plutonium. this split the scientific community. on one hand, we wanted this to orbit saturn and give us great photographs. on the other hand, if that rocket were to blow up, nasa's own computer program estimated that some of the plutonium could go to disney world. think about that. if you are a taxpayer and you realize that this rocket to saturn all of a sudden caused the evacuation of disney world and you had to cancel your vacation and cross orlando, florida off the tourist map you would get really angry. i said to myself it is not worth it. chances are it will be a success. chances are we'll go to saturn and get glorious photographs. which is what happened. i said to myself, it is a gamble. do we want to take that gamble and perhaps lose the space program. i love the space program so much that you have to save it from the nasa bureaucrats. their a

dr richard zurich is the chief scientist for the mars program at nasa as jet propulsion laboratory a lot of things have to happen right right know we fly into the atmosphere we have would he choose the protection but we're also trying to slow down so that we can land softly. we're talking about a very different scale of endeavor we're landing a metric ton down on the planet today we think for human missions to get stuff down on the surface that they can use that they can be there for a long period of time that means 4050 metric tons that's a lot of material today we don't know how to land the mars one has come under critical fire for their project primarily due to funding issues and for reports of recording the mission for reality television show. in march 2015 c.e.o. basilan store took to you tube to respond. they are currently. selling our documentary series to international brawls costs or there's no deal in place yet but it's looking very promising there's a lot of interest when we really fill you a good criticism about our mission because it helps us to improve our mission also