11 Astounding Sci-Fi Predictions That Came True

27 09 2010

11 Astounding Sci-Fi Predictions That Came True.

I have to share this, not just because H.G. Wells is on the list three times, but also because I think sometimes we take for granted what has happened in the past century. Or even the past 20 years. We’re almost to that point now where snarky little kids in diners will make fun of us for using our hands to play video games.

Wells was a genius of capturing the zeitgeist of his (and our) time in heightened or absurd settings, most of which were the consequence of human excess. He was also a master of inventing foreboding technology, and predicting the atom bomb is the clear winner on this list. (They put predicting the atom bomb on the same list as earbud headphones? Are earbuds really “astounding“?)

I’m surprised that Verne was only on the list once (for the Nautilus). His science in From the Earth to the Moon was not very well informed to us in the age of NASA, but in 1865, considering how little anyone knew about space (or aviation), it was downright revolutionary. And at least he knew better than to give the Moon an atmosphere, whereas Wells took a lot of creative liberty in his lunar-landing story, The First Men in the Moon, which is brilliant for other, less scientific reasons.

So if this fiction-to-fact trend continues, it’s only a matter of time before we invent warp drive, right?! Come on warp drive…





Omg the sun is so cool. Er, hot.

21 04 2010

NASA’s Solar Dynamics Observatory released some amazing new images and movies (!) of the sun, and they are fa-reakin awesome:

First Light for the Solar Dynamics Observatory – NASA Science.


A full-disk multiwavelength extreme ultraviolet image of the sun taken by SDO on March 30, 2010. False colors trace different gas temperatures. Reds are relatively cool (~60,000 K); blues and greens are hotter (> 1,000,000 K). Credit: SDO/AIA





EFH2T: Here, or on the Horizon?

4 12 2009

My latest post on Everything from here to there:

Everything From Here To There » Blog Archive » Here, or on the Horizon?.

Here, or on the Horizon?

We live in a miniature version of the universe. There is a boundary called the cosmological horizon beyond which we cannot see because of the limited distance light has traveled since the beginning of time. As the universe expands, the horizon changes, revealing but still hiding from us the far, far future.

I like applying principles of the macrocosmic to the microcosmic, and this idea of the cosmological horizon got me thinking about some things here on Earth. If you imagine knowledge as the universe, then there is a boundary between what we can foresee knowing, based on what we already know, and what we can’t even fathom because our minds haven’t stretched that far yet. In other words, 200 years ago, with the invention of the locomotive, people could probably start imagining such vehicles as automobiles in the future, even though the practical knowledge was still missing. However, it probably didn’t occur to anyone that the automobiles could hook up to handheld music playing devices, or would release six airbags upon impact, because those ideas were way beyond the horizon of knowledge at the time.

So I started thinking about our current knowledge horizon, what we can imagine learning, and where the boundary lies. It’s very possible that we are on the cusp of revealing something extraordinary in any area of research at all times, but not all areas are given the same priority, or the same resources.

For example, In January 2006, NASA launched its New Horizons mission to Pluto and the Kuiper belt, which will give us the first real look at our farthest neighbors and the mess of stuff collected in the outer rim of our solar system. I can’t tell you how excited I am to see an actual picture of Pluto and Charon and the new dwarf planets in the KB and scattered disc regions. I’ve always been a huge astronomy nerd—the first thing I ever wanted to be was an astronomer, in fact—so I was shocked when this thought popped in my head one day:

“Is this really necessary right now?”

It’s a terrible thing for me to think, and I immediately felt guilty because of how much I love astronomy. But a lot of problems have piled up in the world: environmental demise, economic meltdowns, human rights atrocities, the rates of cancer, heart disease, and diabetes, etc. I wondered if sending a $650 million probe to the edge of our solar system was really the best way to use our resources to push the knowledge horizon, and moreover, how much of our global resources are put towards scientific exploration that is not, at this point in time, of any particular use to us, like New Horizons, Cassini, the LHC, and other big ticket projects.

There are a few ways to look at this. The avid advocate of science in me—and I’m only using scientific research as an example, not in any way suggesting that there is nothing less important—says that all areas of knowledge are intrinsically linked, and there’s no way to eliminate the possibility that research into the depths of our solar system has a positive effect on research into disease prevention or environment-improving technology. Also, scientific exploration enriches our lives and helps us relate to the universe. But the pragmatist in me wonders if it’s not a bit irresponsible to take resources away from an area that is an immediate problem, like climate change, and give them to a project that is, like New Horizons, more or less about curiosity.

NASA does have many projects that are environmentally driven, however its annual budget is $17.6 billion compared to the EPA’s $7.3 billion. While many of NASA’s exploratory missions may, at some point in the future, help us better understand the Earth’s environment and why these changes are happening and how to stop/reverse them, is there enough support for practical solutions to real problems right now?

Imagine what could be done with an extra $650 million… How many portable water purifiers could be distributed to impoverished areas of the world? How many buildings could be fitted with solar panels? For how many people could that amount of money provide health care? Could we find a cure for AIDS and cancer sooner? Could the US implement a broader and better recycling and toxic waste management program? And so on…

But on the other side of the argument, if we cut funding for exploratory projects, how do we know that we aren’t setting ourselves up for a big problem in the future—a problem that we can’t foresee because it is beyond our current knowledge horizon? Or how do we know that what we discover in an exploratory project won’t cause a train-of-thought revelation in a completely unrelated area of research? And practical reasons aside, wouldn’t we miss them? I recently watched a video of aurorae on Saturn over and over, completely mesmerized…

I guess it’s a question of either trying to push the knowledge horizon for the sake of seeing more, or making practical use of what we’ve got right now. Honestly, I have absolutely no idea what is right; it breaks my heart to think that I won’t have the chance to jaunt off to Jupiter someday, but it also breaks my heart to think about all the people who don’t have clean water, or the consequences of our inability thus far to come up with a healthy way to live on this planet.

Sadly, the rate at which our knowledge horizon expands is usually proportional to the amount of money put towards it. I hope that as our horizon expands, a solution to that problem will be revealed. If we’re lucky, a high-resolution image of Pluto will help us get there.





EFH2T: Blind Science/Blind Faith

15 10 2009

Everything From Here To There » Blog Archive » Blind Science/Blind Faith.

My first guest post on Billy Corgan’s new blog about holistic livin’.

Blind Science/Blind Faith

Working with the concept of Holistic Living, I reflected upon something that affects me on an almost daily basis: how science and spirituality turn a blind eye to each other to preserve themselves. (I’m not speaking of anyone in particular, but rather the idea of using science or spirituality as the exclusive foundation of a belief system.)

The two extreme arguments go something like this:

Science: The universe is made up of matter. We can, through experimentation and observation, see it.

Spirituality: The Universe is divine. We can, through faith, believe in it.

And the flaws in those arguments go something like this:

Science: Well, ok, 95% of the universe is kind of “missing”.

Spirituality: Prove it? Sorry, that’s not what we do.

At the root of both these perspectives is control. Scientists research and experiment in an attempt to discover the Truth; the unified theory of Everything. The idea seems to be that if Man can completely understand his environment, then he can exert complete control over it. But when science encounters something inexplicable that doesn’t fit within its parameters, it is often ignored, or worse, mocked.

Spiritualists, through prayer and meditation, also attempt discover the Truth; the meaning of life. The Everything. The idea here seems to be that if Man can completely understand the nature of his existence, then he can exert complete control over it—even by surrendering control over it. However, anything in the material universe that might contradict strong spiritual convictions is often ignored, or mocked… or killed.

It seems obvious on paper that everyone’s chasing the same Everything, and the reason why we don’t have It could be on account of a protective blind spot that forces a wedge between the two belief systems.

I wonder what kind of conversations took place when scientists believed that the world was flat, or that the sun orbited the Earth; how many people spoke with absolute certainty, and how many people questioned the accepted Truth of the day? I am particularly interested in the evolution of scientific truths as a student of astrology, hoping that someday it will be at least (re)accepted as a valid scientific theory as well as a metaphysical practice. One of the most common arguments against astrology is that it can’t answer all of science’s questions, when it seems more likely to me, as a believer in astrology’s validity, that science just doesn’t accept the answers because they don’t fit under its umbrella. I could be completely wrong, of course, but I wonder if Copernicus felt the same way.

However, throughout history, some arguments for or against ideas have been supported only by an absolute faith. I grew up surrounded by a group of people who believed they were conversing directly with God—whether or not they were is not the point—and what struck me was, again, this powerful conviction with which they spoke; if they received from God that the Earth is flat, then it would be Truth, despite any sign to the contrary. Beyond the debate of literal facts, many people have died in battles only because of their, or someone else’s spiritual convictions.

The point is that integration of the two belief systems works better than selective acceptance of reality.

Where did all the brilliant breakthroughs in science come from? Someone had an idea first. And where did the idea come from? Part of it is logic, but the spark was that special voice in our heads—call it God, or intuition… the voice that says, “What if…?” But what if no one ever listened to that voice?

And what if we never took that idea and put it through the scientific process? We might still be in the forest staring at the two rocks in our hairy hands, grunting about how we’re sick of eating cold rabbit. (Some might argue we’d be better off, but I digress.)

Most of us probably live somewhere in between the two extremes, so the challenge is to know when we’re using the blind spot to avoid fully integrating them. Am I ignoring something inexplicable in my life because I don’t understand it? Or do I have a conviction that I suspect may be getting in the way of my living a healthy life, but stick to it just because it’s what I believe?

The blind spot between science and spirituality can be cut with Occam’s razor: “plurality should not be posited without necessity”. (Is it a coincidence that Ockham himself was both a scientist and devout Catholic?) The argument is basically that if multiple theories describe the same thing, the simpler one should be used. In this case, the two theories seem to describe the same thing, but because of the blind spot, they argue that they are different.

The thing of it is, there is no room for faith in science, because science can’t handle the uncertainty. And there’s no room for science in spirituality, because the definition of faith says it can’t—or won’t—be proven. But what if they are the evening star and the morning star—two sides of the same belief system? Maybe they just need a new title: spirence!





NASA – The Rite of Spring

26 09 2009

NASA – The Rite of Spring.

A-mazing new images of Saturn from Cassini.








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