2.5 billion cost of Mars mission, worth it?
Any biology would apparently be done under a microscope. Let's say you're using a scanning electron microscope. The image is simply computer generated. It doesn't matter if you're looking at the image while standing on Mars or if you're looking at the image while standing on Earth - it's the same image. Perhaps you would be able to more rapidly glance at 20 slides and choose which one to examine more closely in less time. But, compared to the time to even get to Mars, the times savings are miniscule.
As far as a "well equipped field team" - what about a well equipped robot? Very little of the research would be on a macro level. Most of it on a micro level. All the human can do is manipulate samples and run tests on those samples. That's something a robot can do.
Or, to put it another way, name something specific that a human would be able to do that a robot couldn't. Perhaps "improvise" - but again, the improvisation has a pretty good chance of being carried out on Earth, with the robot merely obeying instructions.
If it were that simple why have scientists at all? What if a situation exists for which the equipment isn't precisely right? What if the PCR machine needs repair? Indeed, what if something unexpected happens? Who pulls the rover out of a ditch? How good is Curiosity with duct tape? No machine is a match for hands on research. In a place such as mars improvisation is to be expected, unless one is content to spend a better part of a decade constructing and financing new robotic crafts for what a good lab from a good institution of higher learning could do in a week.
My wife alone in her modestly equipped lab can outdo all of NASA. A microscope hardly does the trick.
Please give an example of improvisation with the types of experiments that will be conducted. A decade constructing and financing new robotic crafts for what a good lab from a good institution could do after 20 years of constructing and financing a mission to get them there. We have robots there NOW. We are at least a decade away from being able to send a manned mission to Mars. By the time they get there, there won't be anything left for them to improvise.
And, in the case of something breaking - you can send two identical robotic missions for still less than the cost of one manned mission.
Again, as far as improvisation - you sit in a lab, on Earth, and think about what you might improvise. Then you send the robot with that capability to Mars.
Have your wife name one experiment she could do that would be impossible for a robot to do. The objection to doing it on Earth with robots is that designing a robot to do that experiment would be far far more expensive than having a human do it. Though, with the robot on Mars, you will also need a human at the other end (Earth) to determine subsequent steps, etc. But, the extra step of sending that human to Mars - absolutely dwarfs the expense of designing and sending the robot.
Seriously lol @ "fix things here", we don't need to cut NASA or any of our Space shit to "fix things here". We need to reign in the military and it's giant socialist programs. Majority of military spending is now in health care, lols, as will soon be our nations welfare expenditures. All because we let some swindlers keep their jobs. Pathetic the lot of you for hating on the Mars mission. This is a shining example of this countries greatness and you shit all over it.
A little more info? Sorry, we don't even have info on whether or not life exists on Mars yet. As far as repairs, sure, the robot can do the exact same thing your wife can: order the replacement part online and have Fed-Ex deliver it the next day. Ohhh, wait a second. So, your "well equipped lab" will have a second of every part that could go bad? Why not just send up 2 PCR machines? Also, why would you send a human to Mars with a PCR machine if you don't even know yet if there's life on Mars? Once you know there's life on Mars, why send a human to do DNA analysis with a PCR if you don't know yet that the life there contains DNA? Should the robot determine the answer to these first two questions? Or should we send a PhD biologist to Mars with a billion dollars worth of equipment (the equipment wouldn't be the same as on Earth - radiation hardening for circuits, etc.) only to discover that none of that equipment is needed or that it's the wrong equipment? Hmmmm :/ Should we send a human with every feasible type of equipment to meet every possible contingency? Considering how much it costs to life one pound of material into (very) low orbit on the space station, any idea how much it would cost per pound to send a machine to Mars that would be utterly useless there? Step by step; we learn a little about a bunch of things then, send a new robot.Lets have a little more info. Tell me about the nature of life if any. As far as what she or someone technically qualified can do? Ok the PCR machine breaks. Fix it.