Diamonds alone are beautiful and exciting. Over the past several years, new colors, cuts, styles, and designs have opened many more design opportunities. However, for the rough, mined diamonds to reach a point of being polished and gorgeous, they have to go through a number of things. The diamond industry has created all types of new machines, devices, and technologies to ensure diamonds are handled properly while producing the most amazing stone for jewelry.For instance, biologists are now happy about the new, reduced nanodiamond costs, which can actually help cancer patients. It has been discovered that a new and less expensive method of making small fragments of diamonds has been discovered and is being received well. With this, biologists will be able to show the actual movement of cells around the body, as well as genes used for deliverance.
What this means is that when there are tiny fragments of diamonds with flaws, some so small they are called fluorescent nanodiamonds or FNDs, can now be seen using a special laser. Using laser light on the diamonds, fluoresce appears for hours, which is the result of the diamond defects absorbing the energy from the laser. As a result, light using different wavelengths is emitted.
Interestingly, the diamond produces a non-toxic substance that can be used within the body. For instance, these small fluorescent pieces of diamond can actually track cell movement, which is now believed to be beneficial in administering chemotherapy in a more effective way. While most people think of diamonds for jewelry, this new discover has the medical world excited.
The problem up until recently was that the cost to create these nanodiamonds was far too expensive but now, the cost is reduced significantly, making this a viable medical option. In fact, scientists from Taiwan have discovered a way to produce diamond chips by approximately 100 times. Obviously, for doctors, scientists, researchers, and patients, this is very exciting. The only drawback is that they realize the size of the diamond chips still need to be smaller to ensure they have the capability of showing all the inner cell workings.
Another exciting discover for the diamond world is discovering that diamonds can be found in space. Using a special telescope known as the Spitzer Space Telescope, diamonds can actually be located precisely. Although diamonds are created deep inside the earth and at high pressure and temperatures, they are also created in space but much differently, using low pressure and temperature.
Over the years, various meteorites have hit the planet, which contain what are known as nanodiamonds, which are very small. Scientists believe the composition of these diamonds would be instellar gas and dust, meaning that each gram of cosmic cloud could easily hold some 100,000 trillion of these nanodiamonds. Therefore, it is believed that using a special, bright light so the clouds could be distinguished from the background, diamonds could easily be found.
In fact, many researchers and scientists believe that these nanodiamonds use infrared wavelengths to radiate. This high-tech telescope is extremely sensitive, having the ability to pick up these wavelengths. Therefore, when high-energy ultraviolet light is used to spot activity in the carbon bonds of the diamonds, a unique pattern is displayed in the infrared rays, which helps the scientists to easily find the diamonds.
Then, more news for the diamond industry is that with nanotechnology, inscription of high-resolution photographs found on diamonds can now be processed. Created by a company called Gemory, LLC, they state they a unique process has been created in which moments on the stone can be immortalized but without causing any type of damage or harm to the stone. This technology also works on other gems in addition to diamonds.
In fact, Gemory, LLC believes that several photos can be inscribed side-by-side. What this means is producing an album and while the photographs would not be seen by the naked eye, they could be seen using the GemmaView, a special device designed specifically for this purpose. Currently, this technology has only been able to produce inscriptions on numbers or letters of the stone but the makers of the device are optimistic that more can be done.
Finally, there is also news that the demand for diamonds in Diwali is on the rise. Interestingly, working women in the country of India are trying hard to get their hands on not only diamonds, but other precious stones as well. Typically, the women of this part of India wear a lot of gold jewelry so the increase in diamond interest is fascinating.
While women are interested in wearing the diamonds, most are looking for the stones, along with pearls, jade, rubies, and turquoise for an investment. In all, India is growing significantly specific to the diamond industry and in fact, new trade shows are now cropping up in New Delhi and other locations throughout the country to promote diamonds.
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