12 Crackpot Ideas That Could Transform Tech

InfoWorldMike passed us a link to an entertaining article with a sort of 'top 12' innovative technologies that could change the world. Some of the techs include solid-state drives, holographic and phase-change storage, artificial intelligence, e-books, desktop web apps, and quantum computing/cryptography. For each of these technologies, expert observers weigh in on the potentials and pitfalls of these disciplines. Here are Esther Lim's comments on e-books: "Another issue, besides the prohibitive cost and cumbersome nature of e-documents, concerns the vast portion of the contracts that were signed and agreed upon before e-books came onto the scene ... That raises questions not just in terms of what rights the user has, but what rights the publisher has vis-à-vis the copyright holder." We've discussed almost all of these technologies on the site at one point or another. Which is the most important? Which one do you think we'll never 'get right'?

Comments

Solid-State Drives

[goldspider]

I think solid-state drives is going to have the most immediate impact. Their potential includes:

- Near-instant data access (think boot-up times)
- Lower power consumption
- Lower failure rate
- Many others I'm sure I'm unaware of.

I'd hardly call solid-state drives a "crackpot" technology.

Re:Solid-State Drives

[smenor]

I'd hardly call solid-state drives a "crackpot" technology.

I'd hardly call anything on that list a "crackpot" technology.

AI, quantum computing, holographic storage, e-books - they're all either currently being researched by a ton of academics and legitimate businesses, or (as is the case for e-books) they're actually on the market.

Where's the anti-gravity, and free-energy? How can they even make a list of crackpot technologies and leave them out?

Re:Solid-State Drives

[ePhil_One]

I used to have a pair of old Apple II hard drives that cost an airline $5,000 each. So the cost was $1,000 a MB (thats right, they were a whopping 5Mb (in an age where the average PC had 16k and maxed at 64k (the glories of 8 bit computing), that was serious storage. So in a few short years (ok, maybe 10 :), your solid state storage had 25x more capacity at half the cost per MB.

Solid state has been around for a while, and has slowly been reaching into the mainstream. While it will be 20-30 years before it replaces disk for primary storage, its come from the stratosphere of the high end to replace floppy, Zip, Jazz, and other portable disk technolgies, and will soon embed itself into the hard drive as a cache for your boot OS. How soon until we just have a 20GB Flash C: drive and a spinning disk TB class D: drive for the rest of your data? The capacity of spinning disk drives is racing past the utility point for the majority of users, honestly my corporate desktop users would be fine with a 10GB disk partition.

The near term important ones

[sjbe]

Some of these are great ideas but the technology is in the (possibly distant) future (i.e. superconductivity at room temp) or are government/corporate desires that will be resisted until their more intrusive/abusive issues are addressed (ebooks, total information awareness).

The only ones I see that are near term likely and widely relevant:

2. Solid-state drives
Already here in some applications. Just needs a touch more capacity (I think around 32GB is the tipping point) and economies of scale to bring the price to reasonable levels. This will have a tremendous impact on laptops enabling them to be smaller, lighter and more durable. I would love to replace my laptop hard drive with something solid state. Damn thing is fragile enough as it is.

3. Autonomic computing
Think about all the spam, viruses, etc. We're already building what amounts to an immune system for our computer networks. It just needs to become a little more automated and clever. IBM is actually right in that it will be an incremental addition to existing technologies. It's not going to be a top-down mandated thing but rather a collection of technologies to deal with specific issues which (ideally) can work with each other.

4. DC Power
I've wondered for some time why we don't have a standardized DC outlet for home use. Have 1 big efficient transformer instead of 50 little inefficient power bricks. The downside is that you are introducing a single point of failure but it's a well understood and pretty reliable technology. Every circuit board requires DC anyway so why not have a standard DC along side AC in the house or office? May require some government assistance and/or standards organizations to make it work but it's a good idea. I'm pretty sure we'll see this in data centers sooner rather than later if the power savings really are there.

8. Desktop web applications
Gmail and web calendaring have made their way into my every day tool chest. It's only natural that we'll start to make these applications more accessible via traditional applications.