Home Builder Developer - Interior Renovation and Design

Manhattan, NY (PRWEB) September 03, 2014

Andrew Flesher is known for his ability to mix modern and classic elements and will serve as the networks exclusive partner for the Upper East Side, NY market.

Andrew Fleshers professionalism, years of experience, willingness to meet the needs of clients, and ability to seamlessly complete projects sets the precedent for other interior designers in the field.

About Andrew Flesher:

With offices in New York and Minneapolis and projects spanning from a sprawling new home in the Utah slopes to a two-bedroom prewar apartment in the Big Apple, Andrew Flesher Interiors strives to approach design from the inside outfirst by ensuring that a space works, then imbuing it with livable luxury and a timeless aesthetic.

Though hes well-versed in a variety of styles, Fleshers hallmark is his ability to mix modern and classic elements. He seamlessly blends new pieces with vintage finds, and chooses both accessories and color with purpose and restraint, rather than gratuitously. Instead of chasing fleeting trends, Flesher focuses on top-grade materials, unique details and long-lasting quality. And he backs up the style with substance, working closely with architects to make sure that a space has the best bones possible, before adding a single decorative element. Clients trust their homes entirely in his hands, because he confidently coordinates every aspect of the design process, from demolition to doorknobs.

Flesher has offices in New York and Minneapolis, working on full-service, custom residential, commercial and hospitality projects worldwide.

To learn more, visit Andrew Fleshers Haute Residence profile.

About Haute Living Design Network:

Haute Living Design Network handpicks interior designers that have demonstrated a high level of expertise, professionalism, and accomplishment in their field. This elite circle of prominent interior designers is urged to expose readers to several elements from past and current design trends, as they provide a peek into future innovations and offer both inspiration and exceptional resources for those looking to employ well-established luxury design firms and seasoned interior designers.

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Andrew Flesher Continues to be a Partner with the Exclusive Haute Living Design Network

Two sheets of molybdenum disulfide show why it's so hard to find any place to put impurities of any sort inside what's essentially a single molecule.

As chip manufacturers are getting close to the limits of their ability to scale features down, materials scientists are working hard to provide the raw materials that would let us build circuitry from individual molecules, such as carbon nanotubes. One class of molecules that may find a home in future chips is sheets of material that are a single atom thin.

Although graphene, a sheet of carbon atoms, tends to attract the most attention, there are actually a variety of atomically thin materials. And, while graphene is not normally semiconducting, a number of the alternatives are. One of these alternatives, molybdenum disulphide (MoS2), has already been used to create functional electronics. Unfortunately, the performance of these circuits has been erratic. Now, a collaboration of researchers at Rutgers University and Los Alamos National Lab has figured out why: hooking up wires to an atomically thin material is really hard. Fortunately, they've also figured out a solution.

Although MoS2 appears to have what it takes to make great circuitry, early attempts at using it have been inconsistent. As the authors of the new paper note, the mobility values (a measure of how quickly electrons move through the circuit) reported for these circuits can vary by as much as a factor of 400. The problem, the authors suspected, comes from wiring up the circuits. Although it's easy to deposit metal on top of an atomically thin material like MoS2, it's another thing entirely to make sure electrons can easily hop across that junction.

In regular circuitry, a mismatch between the wiring and a semiconductor is usually handled by adding a small amount of an impurity to the semiconductor. This process, known as doping, brings the semiconductor's properties a bit closer to those of the wiring, making for a match that lets electrons flow with minimal hassle. The problem comes about when you attempt to add impurities to a material that's only an atom or two thickit simply doesn't work out.

But doping isn't the only way to change the properties of an atomically thin semiconductor. Since these are essentially single molecules, it's possible to change their properties by altering the molecular structure. As it turns out, MoS2 can come in two forms, or phases, that are distinguished by slightly different arrangements of the bonds extending from the metal. One of these (the 2H phase) is the semiconductor that circuitry depends on. But the other, called the 1T phase, behaves more like a metal.

The secret to the new work is that the authors have figured out a chemical process that can convert between the two. Exposure to an organic-lithium compound will cause local conversion of the semiconducting form to the metallic one. As long as the researchers can control what parts of the MoS2 get exposed to the chemical, they can create a pattern of metallic material on the semiconductor. After that, it's simply a matter of hooking up the wiring exclusively to the metallic parts.

This allows electrons to readily jump from the wiring and into the MoS2 sheet before they come in contact with the semiconducting portion of the circuitry. The authors built a series of field-effect transistors using this approach and show that all measures of their performance are significantly better than devices that rely only on the semiconducting form of MoS2. In addition, the performance was consistent; they made 25 devices of each type and showed their behavior was all very similar.

That's the good news. There are a number of caveats that the authors helpfully point out, the most significant of which is that they're not especially good at limiting the chemical treatment to only those areas where they want to hook up wiring. The other issue is that the metallic1T phase is what's called "metastable"it can convert back to the semiconductor under the right conditions. And, as of yet, we don't know what those conditions are or whether they're likely to pop up during normal operations of a chip.

Nevertheless, the authors do a nice job of identifying a problem and showing that it can be solved. And, more generally, the work does a nice job of showing why it can take a while to go from a material breakthrough to an actual product. While MoS2 may have all the properties of a wonder-semiconductor, putting it into an actual product involves sweating a tremendous number of details (including attaching wiring to it). It's the less glamorous detail work that follows discoveries that actually allows us to do something with the discovery.

See the article here:
Hooking up wiring to 2D semiconductors

For immediate release Thursday, September 4, 2014

Homeowners Ill-Prepared for the Future

Housing expert warns failings put families at risk

Homeowners are failing themselves by failing to research their new builds and renovations, warns a leading industry advisor.

Whether it be complacency, ignorance, or mere trust, often people embarking on home extensions, renovations or new house builds will rely on the Building Code as an adequate standard. However they should do more than that to future-proof their home, Richard Gough, General Manager of industry authority Future-Proof Building, says.

The Building Code gives peace of mind with your build but it is a minimum requirement. Why would you be happy with a minimum when there is so much more you can do to make your home healthier, safer and more liveable not only now but also for what you might need in the years to come?

A home is the biggest investment you will ever make, so you need to do your research. Its your home. Educate yourself on what you can invest in to make it more liveable not just now but also in the future."

Gough is a guest presenter at the upcoming Auckland Home Show, educating attendees on ways to increase the liveability of their home beyond Building Code requirements. A collective voice of market-leading product suppliers, Future-Proof Building offers advice and solutions for homeowners.

What do you do when you buy a car? You take it for a drive, you research it online, you compare the ratings. We do so much research into a car but not nearly as much with something that costs hundreds of thousands of dollars."

Examples of ways to future-proof your home beyond Building Code stipulations include installing greater levels of insulation; investing in thermally-broken double-glazed joinery; pre-wiring for solar and data technology and ensuring the finished work delivers on future needs of the property and is backed by warranties.

See the article here:
Homeowners Ill-Prepared for the Future

Call Kurtis What To Do Before Buying A Home Warranty Sep 19 2012
Find out more on these stories and more at http://sacramento.cbslocal.com/category/call-kurtis/ Subscribe to us on YouTube: https://www.youtube.com/CBSSacram...

By: CBS Sacramento

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Call Kurtis What To Do Before Buying A Home Warranty Sep 19 2012 - Video

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