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Time and time again we’ve hailed on ZME Science the cultural and scientific advances graphene is about to bring to humanity. It’s the strongest material known so far, while also being the lightest, it can be magnetic and – something of uttermost important to science – it’s the best electrical conductor that we know of. […]
The wonder material could lead to a major breakthrough in telecommunications – dramatically accelerate internet speeds by up to a hundred times, according to new research by scientists in the University of Bath‘s Department of Physics. According to their research, which was published in Physical Review Letters, an incredibly short optical response rate can be […]
In the world of microelectronics, packing the most computing power you can squeeze in the smallest surface is the topmost priority. As powerful devices in term of computing become ever miniaturized, however, efficiently disposing of heat or keeping devices cool under a working temperature is one of the biggest challenges the industry is facing right […]
Is there something that graphene can’t do? It’s the world’s strongest material, even when it has flaws, a graphene aerogel is also the lightest material known, it’s great for sensors, for headphones, it repairs itself, and boasts a swarm of other features and capabilities. Now, researchers from Manchester University have shown that they can create […]
It seems like every week there’s a new study that hails a new wonder property or fantastic application for graphene. Is it truly the material of the future that will catapult technology to the next level? Seems like it. For instance, scientists at Nanyang Technological University (NTU) in Singapore used graphene as the basis for a novel […]
In terms of materials, graphene is definitely the hot cherry at the moment; it is basically a one-atom thick layer of the mineral graphite (carbon), with more such layers stacked together forming crystalline graphene. It is very light, with a 1-square-meter sheet weighing only 0.77 milligrams, but also very durable and has a number of […]
Aerogels are fantastic materials – typically, they are synthetic porous ultralight material derived from a gel, in which the liquid component of the gel has been replaced with a gas. They are ultra-light, and have numerous practical applications – most notable as insulators, but also in the pharmaceutical and cosmetic industry, in biology and chemistry […]
If you still don’t know what graphene is, you’d better learn pretty soon – because it’s the stuff of the future. Graphene is a substance composed of pure carbon, with atoms arranged in a regular hexagonal pattern similar to graphite, but in a one-atom thick sheet. Ok, so what’s so special about it? Well, due […]
A few months ago, we were telling you about the mind boggling properties the new material called graphene has, and how practical uses will not take long to follow. Apparently, things moved even faster than we expected them – Berkeley researchers have created the first ever graphene audio speaker: an earphone. Their quality, even in […]
We’ve never shun away from praising the almost miraculous properties of graphene, the wonder material set to become even more paradigm shifting than plastic. Graphene has found been found to have the potential to revolutionize a myriad of scientific fields, from genetics, to electronics, to nanotech, to security, to just about anything you could think of. The energy […]
We’ve all been hearing about the miracles that carbon nanostructures will provide us in the near future for several years now. One of the first steps to making its application commercially viable is making it easy to use and manufacture. Researchers from the Harbin Institute of Technology at Weihai and Southeast University have made identifying the […]
Scientists at Stanford University have successfully devised the world’s first solar cell made entirely out of carbon. This alternative to typical silicon solar panels is not only a lot cheaper to produce, but also a lot less simpler to use. Such carbon cells can be coated on any surface and turn it into a solar […]
Graphene is the strongest material ever discovered by man, and naturally its applications has been extended to a variety of fields – most recently genetics. University of Texas at Dallas scientists have used advanced manipulation techniques to shrink a sheet of graphene to the point that it’s small enough to read DNA. This successful attempt now opens […]
Atomic level imaging has come a long way in the past decade, and after scientists first managed to image molecular structure and even electron clouds, now a group of researchers at IBM Research Center Zurich have visually depicted how chemical bonds differentiate in individual molecules using a technique called non-contact atomic force microscopy (AFM). In the image below […]
It seems scientists have yet to draw the line on where graphene, man’s greatest material ever discovered, ceases to amazes with its new abilities, since apparently new properties and uses for the carbon allotrope are found constantly. Most of the contributions come from University of Manchester, where the material has been recognized for its true history-shaping […]
Graphene is one of the most phenomenal materials discovered in science. It’s so thin, it can be molded into sheets just 1 atom thick, yet despite this, it’s so strong that you can actually pick it up. It has the highest current density (a million times that of copper) at room temperature, the highest intrinsic mobility […]
Graphene has been countless times hailed as the material at the forefront of the coming technological leaps ahead in the future, thanks to its extraordinary properties and countless applications. Electronics is where graphene shines the most, though, and now scientists at University of Wisconsin-Milwaukee have managed to synthesize a semiconductor variant of graphene which might lead […]
The amazing properties of graphene are being put to use more and more, as Evan Reed and Mitchell Ong from the Stanford School of Engineering have described a new way of engineering piezoelectrics into graphene. The study was published in the ACS Nano Journal. When you apply a mechanical stress to certain materials, such as […]
Graphene is starting to show its really interesting and exciting properties; recently, scientists have managed to put together two separate properties which usually don’t go together: it is iridescent like a butterfly’s wing, and superhydrophobic, like a rose petal or this material. The engineered surface could have applications in liquid transportation and analysis, or due […]
Remember this name: graphene. This wonder material is certainly on a lot of scientists’ lips these days, but in a few years from now, it will be on the lips of more and more people, as its fantastic properties will begin to be put to practical use. Graphene is a planar sheet of Carbon, just […]
I was recently telling you about graphene, the wonder material that promises to bring significant technological advancements – and the promise is almost delivered. A team of researchers from Manchester have developed a sandwich-like architecture that is one step closer to replacing silicone. Graphene is, in (extremely) light terms, a one atom thick planar sheet […]
It’s a bird! It’s a plane! No, it’s super sand! *tadam Researchers from Rice University have managed to develop a new kind of filtering sand, dubbed “super sand”, which has five times the filtering properties of regular sand. The advancement could provide an indispensable, cost-effective solution for the current water crisis in developing countries where […]
Graphene is probably the ‘substance of the century’, and it will probably be for us what plastics were in the 1900s. Now, a flower-like defect in the material that can occur during the fabrication process could have a significant effect on graphene’s already impressive mechanical, magnetic, and electrical properties. Amazing graphene Graphene is practically a […]
I was telling you a while ago about the revolutionary material called graphene. Graphene is a one atom thick layer of carbon packed in a honeycomb lattice. Now, a team led by Professor Andre Geim, recipient of the Nobel Prize for graphene, showed that electric current (which is basically a flow of electrons) can magnetise […]
