As much as we play up the importance of scientific research, President Obama's NASA budget shows that it's the risky human side of the space program that draws attention and funding for the nation's space program.
This week marks the 50th anniversary of John Glenn's Friendship 7 space flight--the third in NASA's Mercury space program and the first of those flights to successfully orbit the Earth. Coming as it does, only a week after President Obama released his 2013 budget priorities for NASA, the milestone anniversary, with all its triumphant photos and memories, provides a reminder of why the new NASA budget is skewed the way it is. It also says something, for better or for worse, about what most of us prefer, when it comes to great undertakings.
Since its inception in 1958, the space side of NASA has had a dual personality, in more ways than one. The biggest duality has been the obvious split between "manned" and "unmanned" missions, which paralleled to a large degree a second split between science and engineering.
Even scientific satellites require engineering know-how to actually reach space or perform experiments there. But the "manned" efforts (or "human spaceflight" missions, as they are now generally called) have always been primarily engineering challenges. My uncle's former father-in-law worked for the rocket manufacturer Rocketdyne during NASA's glory days of Mercury, Gemini and Apollo. And one of his favorite phrases, in fact, was, "there is no such thing as a rocket scientist."
Aside from the obvious human element, the difference between scientific and "manned" missions, is the end result. Successful scientific missions bring back, or enable, discoveries: greater knowledge about science, the universe, and the planet we call home. In contrast, the success of human spaceflight missions has been counted primarily in humanachievements: the first man off the planet, to orbit the Earth, to orbit the moon, or to land on the moon and return safely to Earth. We proved we could build and successfully operate (with a couple of glaring exceptions) reusable spacecraft that landed on a runway. We set endurance records for humans living in space. We proved we could build something in space.
Scientific satellites are also engineering achievements, of course. But we don't sell planetary probes as a way of proving our human greatness. We sell them as a way to discover more about Mars, or Jupiter's moons, and about whether life ever existed there. The emphasis of the scientific missions, in other words, is on the intrinsic value of knowledge they produce, which is to say, on something other than us.
And therein lies the crux of the problem with scientific missions. Or, at least, the problem when it comes to getting public funding and support.
President Obama's proposed 2013 budget trims NASA's overall budget, but only by a small amount. The noticeable shift is that it reduces funding for scientific planetary missions by 20 percent, while almost doubling the budget for continued work on future human spaceflight missions. Almost $3 billion is being allocated to further development of a heavy-lift booster rocket and the Orion Multi-Purpose Crew Vehicle. Another $3 billion is slated for continued support of the space station, even though that project has received enormous criticism for how little return on investment it has produced, overall. Story Musgrave, one of NASA's most experienced veteran astronauts, even called it little more than a "jobs program" and a "$100 billion mistake."
Planetary science missions, done remotely with spacecraft and robots, are far less costly. Yet, at the same time as the budget for human spaceflight is increasing, the 2013 budget calls for a reduction in planetary science mission funding from $1.5 billion to $1.2 billion. Why?
One could argue, of course, that discovering water, or traces of microscopic life, on Jupiter's moon, Europa, will not transform our understanding of life or the universe. And that might very well be true. But if the standard for funding was missions that they offer transformative knowledge of life or the universe, flying astronauts back to the Moon or to Mars (as opposed to highly capable robots) wouldn't pass the bar, either. What those human missions do provide are athlete-heroes to cheer.
Looking at the news photos of John Glenn, riding in a ticker-tape parade with President Kennedy after his successful orbital flight, it's easy to see why human spaceflight gets so much more funding and support. "In the winter of 1962," the opening line in a New York Times article about the anniversary began, "the nation needed a hero."
For as much as we try to play up the science fair whiz kids who create robots and technology, we're still very attached to the explorer/athlete/star champion model of hero. Designing a robot to explore Mars is a kind of "team personality" achievement: an effort by a team player and builder who works in concert with others to put something or someone else forward (in this case, a robot or satellite) to get the glory. And we still get much more satisfaction in cheering on the star who actually does the glorious deed themselves. Especially if the deed involves physical feats or physical risks to self. We idolize the quarterback, not the lineman who makes it possible for the quarterback to make that play. The race driver, not the crew. The player who scores the basket, not the guard who makes the assist. The brave astronaut who repairs the Hubble Space Telescope in space, rather than the guy who designed the fix in the first place.
In the case of robotic or satellite missions in space, the human achievement is primarily mental, and takes place on the ground, in a lab, with lots of career and project risk, but little physical danger. And the big end prize that comes out of the process is the esoteric reward of knowledge. That doesn't quite match the thrill of our hero winning an Olympic Gold Medal or our team winning the Super Bowl or the World Series.
In the 1980s, the television show Cheers, which revolved around a neighborhood bar in Boston, opened with a series of vintage photos from real local watering holes. The image I remember best shows a beaming bartender holding up a newspaper with a 4-inch banner headline across the top proclaiming, "WE WIN!!!!!" Imagine a similar headline proclaiming,instead, "WE LEARN!!!!!!" Right. You can't. And that's the point.
Discovery is about expanding our understanding of something else. Achievement is a much more satisfying ego stroke about ourselves. Our heroes are the stand-ins for ourselves; for what we get to see we are capable of doing. And physical achievements--for whatever reasons we still prize the physical so highly--get us more excited than academic ones. Perhaps physical achievements are easier to get our hands and minds around. Or perhaps it's the competitive element that many of those physical achievements contain. We beat the Russians, or we bested Nature, or we bested ... well, something. Whatever the reason, the truth remains ...we may give academic achievers prizes for enabling discoveries, but we don't give them 4-inch banner headlines or ticker-tape parades.
Keeping a human alive in space is far more costly and complex than sending a robot on the same mission. There is, to be sure, an argument that in the process of designing the life systems to sustain a human crew all the way to Mars and back, for example, we will further technology to a point where we can then figure out how to make a more distant step possible. On the other hand, there's a pretty strong argument to be made for pushing the boundaries first robotically--both to develop the physics, propulsion and materials technology to make deep space travel possible at a much more reasonable cost, and also to explore what parts or objects in space might be worth following up on with a human mission.
There are other factors in the decision, of course. The human spaceflight side of NASA creates a lot of jobs, in a lot of states. So shelving it for the foreseeable future would have serious political and economic ramifications, which no politician wants to face. But it would also require us to readjust our notions of what's worth a 4-inch headline. And I'm not sure we're there, yet.
Could we change that? Maybe. But it's not simply a rational issue of the best investment of funds for NASA. It goes much deeper than that. The fact that we get more excited about competitive endeavors that have a human at the center of them, and entail real, physical risks and consequences, might make us slightly egotistic, or self-centered, or even primitive in some way. But it is also an inclination that is, for better or worse, very human--and goes back in history a very long time.
Also notable about this brazen show of might is that the missiles traveled through two countries, Iran and Iraq, before hitting their 11 targets in Syria. This means that both countries either gave their permission or simply didn’t confront Putin about the use of their airspace on his birthday.
It leaves people bed-bound and drives some to suicide, but there's little research money devoted to the disease. Now, change is coming, thanks to the patients themselves.
This past July, Brian Vastag, a former science reporter, placed an op-ed with his former employer, the Washington Post. It was an open letter to the National Institutes of Health director Francis Collins, a man Vastag had formerly used as a source on his beat.
“I’ve been felled by the most forlorn of orphan illnesses,” Vastag wrote. “At 43, my productive life may well be over.”
There was no cure for his disease, known by some as chronic fatigue syndrome, Vastag wrote, and little NIH funding available to search for one. Would Collins step up and change that?
“As the leader of our nation’s medical research enterprise, you have a decision to make,” he wrote. “Do you want the NIH to be part of these solutions, or will the nation’s medical research agency continue to be part of the problem?”
“If the office is going to become a collection of employees not working together, it essentially becomes no different than a coffee shop.”
There’s plenty of research out there on the benefits of remote and flexible work. It’s been shown to lead to increased productivity, and has an undeniable benefit for work-life balance. But what does it do to everyone back at the office?
In a 2013 memo to workers explaining why the company was eliminating policies that allowed remote work, Jackie Reses, Yahoo’s head of human resources,argued that some of the “best decisions and insights come from hallway and cafeteria discussion,” and that actual presence in the office encourages better collaboration and communication.
Why Americans tend more and more to want inexperienced presidential candidates
The presidency, it’s often said, is a job for which everyone arrives unprepared. But just how unprepared is unprepared enough?
Political handicappers weigh presidential candidates’ partisanship, ideology, money, endorsements, consultants, and, of course, experience. Yet they too rarely consider an element of growing importance to voters: freshness. Increasingly, American voters view being qualified for the presidency as a disqualification.
In 2003, I announced in National Journal the 14-Year Rule. The rule was actually discovered by a presidential speechwriter named John McConnell, but because his job required him to keep his name out of print, I graciously stepped up to take credit. It is well known that to be elected president, you pretty much have to have been a governor or a U.S. senator. What McConnell had figured out was this: No one gets elected president who needs longer than 14 years to get from his or her first gubernatorial or Senate victory to either the presidency or the vice presidency.* Surprised, I scoured the history books and found that the rule works astonishingly well going back to the early 20th century, when the modern era of presidential electioneering began.
Forget the Common Core, Finland’s youngsters are in charge of determining what happens in the classroom.
“The changes to kindergarten make me sick,” a veteran teacher in Arkansas recently admitted to me. “Think about what you did in first grade—that’s what my 5-year-old babies are expected to do.”
The difference between first grade and kindergarten may not seem like much, but what I remember about my first-grade experience in the mid-90s doesn’t match the kindergarten she described in her email: three and a half hours of daily literacy instruction, an hour and a half of daily math instruction, 20 minutes of daily “physical activity time” (officially banned from being called “recess”) and two 56-question standardized tests in literacy and math—on the fourth week of school.
That American friend—who teaches 20 students without an aide—has fought to integrate 30 minutes of “station time” into the literacy block, which includes “blocks, science, magnetic letters, play dough with letter stamps to practice words, books, and storytelling.” But the most controversial area of her classroom isn’t the blocks nor the stamps: Rather, it’s the “house station with dolls and toy food”—items her district tried to remove last year. The implication was clear: There’s no time for play in kindergarten anymore.
In the name of emotional well-being, college students are increasingly demanding protection from words and ideas they don’t like. Here’s why that’s disastrous for education—and mental health.
Something strange is happening at America’s colleges and universities. A movement is arising, undirected and driven largely by students, to scrub campuses clean of words, ideas, and subjects that might cause discomfort or give offense. Last December, Jeannie Suk wrote in an online article for The New Yorker about law students asking her fellow professors at Harvard not to teach rape law—or, in one case, even use the word violate (as in “that violates the law”) lest it cause students distress. In February, Laura Kipnis, a professor at Northwestern University, wrote an essay in The Chronicle of Higher Education describing a new campus politics of sexual paranoia—and was then subjected to a long investigation after students who were offended by the article and by a tweet she’d sent filed Title IX complaints against her. In June, a professor protecting himself with a pseudonym wrote an essay for Vox describing how gingerly he now has to teach. “I’m a Liberal Professor, and My Liberal Students Terrify Me,” the headline said. A number of popular comedians, including Chris Rock, have stopped performing on college campuses (see Caitlin Flanagan’s article in this month’s issue). Jerry Seinfeld and Bill Maher have publicly condemned the oversensitivity of college students, saying too many of them can’t take a joke.
What will happen to digital collections of books, movies, and music when the tech giants fall?
When you purchase a movie from Amazon Instant Video, you’re not buying it, exactly. It’s more like renting indefinitely.
This distinction matters if your notion of “buying” is that you pay for something once and then you get to keep that thing for as long as you want. Increasingly, in the world of digital goods, a purchasing transaction isn’t that simple.
There are two key differences between buying media in a physical format versus a digital one. First, there’s the technical aspect: Maintaining long-term access to a file requires a hard copy of it—that means, for example, downloading a film, not just streaming from a third party’s server. The second distinction is a bit more complicated, and it has to do with how the law has shaped digital rights in the past 15 years. It helps to think about the experience of a person giving up CDs and using iTunes for music purchases instead.
American politicians are now eager to disown a failed criminal-justice system that’s left the U.S. with the largest incarcerated population in the world. But they've failed to reckon with history. Fifty years after Daniel Patrick Moynihan’s report “The Negro Family” tragically helped create this system, it's time to reclaim his original intent.
By his own lights, Daniel Patrick Moynihan, ambassador, senator, sociologist, and itinerant American intellectual, was the product of a broken home and a pathological family. He was born in 1927 in Tulsa, Oklahoma, but raised mostly in New York City. When Moynihan was 10 years old, his father, John, left the family, plunging it into poverty. Moynihan’s mother, Margaret, remarried, had another child, divorced, moved to Indiana to stay with relatives, then returned to New York, where she worked as a nurse. Moynihan’s childhood—a tangle of poverty, remarriage, relocation, and single motherhood—contrasted starkly with the idyllic American family life he would later extol.
Somewhere in Europe, a man who goes by the name “Mikro” spends his days and nights targeting Islamic State supporters on Twitter.
In August 2014, a Twitter account affiliated with Anonymous, the hacker-crusader collective, declared “full-scale cyber war” against ISIS: “Welcome to Operation Ice #ISIS, where #Anonymous will do it’s [sic] part in combating #ISIS’s influence in social media and shut them down.”
In July, I traveled to a gloomy European capital city to meet one of the “cyber warriors” behind this operation. Online, he goes by the pseudonym Mikro. He is vigilant, bordering on paranoid, about hiding his actual identity, on account of all the death threats he has received. But a few months after I initiated a relationship with him on Twitter, Mikro allowed me to visit him in the apartment he shares with his girlfriend and two Rottweilers. He works alone from his chaotic living room, using an old, battered computer—not the state-of-the-art setup I had envisaged. On an average day, he told me, he spends up to 16 hours fixed to his sofa. He starts around noon, just after he wakes up, and works late into the night and early morning.