As I combed the Internet for some worthwhile subject for you, my faithful readers, I stumbled upon this great article at Nanowerk about microscopy and nanotech.
You
see, very little can be done at the atomic level unless you can see
what you’re doing. And that’s where modern microscopes come in. These
aren’t the microscopes from your biology class.
In my paid product The Real Nanotech Investor,
I recommend one of the world’s leading microscopy companies in the
Portfolio because nothing nano and nothing micro gets done without a scanning electron microscope (SEM), focused ion beam (FIB), transmission electron microscope (TEM) or one of the half-dozen other acronymed cutting-edge microscopes of the 21st century.
Even
the technologies that the microscopes employ are getting more and more
refined. As they enhance observation and manipulation of matter of
smaller and smaller sizes, they're also helping advance their own
technologies. And many of the technologies in use today have been
around for decades, but they’ve been refined to absolutely remarkable
levels.
The other aspect of modern microscopy is that you’re not
simply observing at that level. There are many more things you can
do—i.e., deposit a catalytic molecule to create a certain reaction,
carve silicon semiconductor chips (lithography) or build nanomachines.
That means any company engaging in any sort of miniaturized work--or
using such work for an end product--is going to have to start ponying
up for this kind of equipment.
Also, the biotech and
healthcare sectors are coming to grips with the necessity of stepping
up their microscopy game. And that’s the point: Computers, healthcare,
biotech, telecom and more are becoming increasingly reliant on this
technology to keep ahead of the competition and improve performance.
My favorite play on this sector is FEI Co, although I also like Hitachi. I like the latter more for other reasons, but it does have a solid rep in the healthcare sector. There’s also Veeco, KLA-Tencor and a handful of others either directly or tangentially related to the sector.
The Nanowerk piece looks at the field from the perspective of how atomic force microscopy
(AFM) has changed the way we view the world in the most literal and
most infinitesimal ways. For additional coverage on this topic, I also
recommend reading this article and others from Nano Today.
As
I said, this may not seem like something that’s important to know, and
it certainly isn’t sexy. But that’s usually where the money is made—in
the necessary, fundamental products and processes. The more you learn,
the better investor you’ll become, especially when it comes to
fast-moving high tech.