Lab Created Diamonds Are Now Remarkably Excellent

When we think of precious gems, we usually spare little thought to the hard work that it takes to bring them to us in the beautiful jewelry that we love to wear and see, but diamond mining is, in fact, an expensive and dangerous procedure, reflected to the consumer in the price that must be paid to own one. Wouldn't it be dazzling if there were some way to recreate that same brilliance and beauty in a less dangerous, and hence less expensive way?

Today's technological innovations mean that this does not have to be a pipe dream any longer - with lab created diamonds, we can wear alluring gemstones produced by the intelligence of mankind, rather than the trials and tribulations of nature, and without the expense that mining brings. Lab created diamonds are now very good and becoming as popular as the real thing.

The popularity of diamonds have urged experts to try to find more cost effective ways of providing the brilliance of the stone in our jewelry, and over the years there have been many alternatives to diamonds put forward, including cut glass, rhinestones and cubic zirconium. While these have proved satisfactory for some purposes, these lab created diamonds have consistently lacked the brilliance and beauty of a genuine diamond. This was until the discovery of moissanite in meteor fragments, and the realisation that moissanite could be reproduced in controlled circumstances, leading to the dawn of lab made diamonds.

It was discovered in 1995 that moissanite could be reproduced under laboratory conditions, and the unique beauty of the stone made scientists realize that there would be a huge market for these lab created diamonds. While the difficulty involved in growing these lab made diamonds remains quite high, the price for moissanite jewelry is higher than you might expect in a diamond substitute, but today, many gemmologists consider the moissanite stone to be a gem in and of its own right. Unlike previous substitutes, moissanite is in many ways superior to diamonds, with more sparkle and brightness that the mined gem.

Previously, choosing a gem that looked like a diamond but wasn't one was seen as a step down, a compromise, but with the quality of today's lab created diamonds, this is no longer the case. So take advantage of today's great moissanite prices while they last, because someday soon, the brilliant sparkle of this stone will make lab made diamonds even more sought after than the 'real thing'.

Lab created diamonds, and Moissanite in particular, are now as good as the real thing.

Why Big Organizations Are Moving to LED Lighting

What is LED lighting?

Light emitting diodes (LEDs) are a digital light source. LEDs started life as light indicators in electrical components synthesized by Hewlett Packard. The LED light is a product of electrons producing energy in the form of photons also known as electroluminescence.

Originally their cost limited their use as an everyday light source. However ever-increasing energy prices combined with improved manufacturing process has made (LEDs) a viable alternative to Thomas Edison's invention.

(LEDs) energy efficiency, low maintenance, robustness and long life mean that they are now a bright alternative to the energy-hungry and delicate analogue light sources we all grew up with.

Nowaday they are used in televisions, traffic lights, car headlights, torches and signboards across the globe.

Why should I be using LED lighting?

• LEDs use less energy. The first and foremost reason for using LEDs is that they can consume up to 85% less energy than traditional lighting. Less energy consumed is good for the environment but it is also good for business too. Less power usage equals more money saved.

• LEDs last longer. The average age for a LED light is 10 years. Even then they will only need replacing as their light fades. Over a long period of time their light output gradually dims. They can last longer too; it depends upon the application.

• LEDs are much safer - LEDs use low voltage (12-24) volts and are less of a fire risk than light bulbs and particularly neon lighting. LEDs emit no UV and very little heat so they can be used in areas where too much heat is dangerous.

• LEDs are easier to maintain. LEDs can be left alone and a quick wipe over once in a while is all they need.

• LEDs are solid state. There is no filament or glass to break and they are robust even in wet conditions. They can even be used underwater in some circumstances.

• LEDs are easier to dispose of. Although there is no real way to recycle them at the moment they are tiny and therefore easier and less damaging to the environment than disposing glass bulbs and gas-filled tubing.

• LEDs are much, much smaller. They can therefore be used in much more creative ways than traditional lighting. For example lightboxes can be slimmer, LEDs can be even be embedded into acrylic panels for certain applications.

I've heard it is more expensive?

Initially LEDs can be more expensive than traditional light bulbs and fluorescent tubes but their benefits more than redress this. Businesses face energy audits and a commitment to reduce their carbon emissions, never mind the need to cut costs. LEDs are part of the answer to these issues.

Web-Based Storage Capacity Manager - Making Storage Management More Efficient

To thrive in business, companies need to use an efficient web-based storage capacity manager tool to make sure that their data and storage capacity meets present and future business requirements, ensuring top performance. Efficient data management has become a bigger challenge for companies over the years and the current economic conditions necessitate a more economical approach to storage utilization.

A web-based system provides a centralized view, allows real-time reporting and facilitates information sharing. Its user-centered design makes storage management easier and faster for administrators. With a variety of features that can include end-to-end storage capacity reporting, better storage array and host capacity utilization, application centric views and chargebacks, companies can manage their IT resources in a cost-effective manner.

Having a 360-degree view of storage capacity, whether from individual servers, storage arrays, and legacy archiving systems, enable system administrators to maximize storage infrastructure and better manage the company's data capacity.

The right storage capacity manager tool also helps administrators keep track of the amount of storage that has been allocated to the different divisions and see the actual amount of storage used more easily and accurately than from a regular storage array.

Detailed information on storage hosts can also be obtained with the right system. This enables administrators to identify the amount of storage allocated and used up by each host, making sure that storage allotment and actual consumption are in line at the host level.

These are only a few system features that can help companies in managing their IT resources more efficiently, allowing them to streamline operations and lower costs.