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Quantum Computing Breakthrough Arises From Unknown Molecule

The odd behavior of a molecule in an experimental silicon computer chip has led to a discovery that opens the door to quantum computing in semiconductors. In a Nature Physics journal paper currently online, the researchers describe how they have created a new, hybrid molecule in which its quantum state can be intentionally manipulated--a required step in the building of quantum computers. Full story

Discovery of a "Flat" Atom Hailed as Quantum Computing Breakthrough

msw writes to tell us that nanoelectronics researchers have discovered a new molecule that could act as a state-manipulable atom due to its unique shape and properties. "Imagine a tiny arsenic atom embedded in a tiny strip of silicon atoms. An electric current is applied. Something strange arises on the surface -- an exotic molecule. On one end is the spherical submerged arsenic atom; on the other end is an "artificial" flat atom, seemingly 2D, created as an artifact. The pair form an exotic molecule, which has a shared electron, which can be manipulated to be at either end, or in an intermediate quantum state."

Media Molecule Miffed By David Reeves "Itunes Meets Ebay" LBP Comment

"Media Molecule, developers of the upcoming LittleBigPlanet game, apparently receiving 'not-so-nice' emails from fans who read the comments David Reeves (President of SCEE) made to PS3fanboy, stating that LBP would "eventually" allow community content creators to charge other gamers for the content they create.

Hybrid molecule helps quantum computing breakthrough

Researchers have edged closer to building quantum computers by creating a new hybrid molecule that can be manipulated in its quantum state.

Hybrid molecule helps quantum computing breakthrough

Researchers have edged closer to building quantum computers by creating a new hybrid molecule that can be manipulated in its quantum state.

LittleBigPlanet install is "about a gig," says Media Molecule (LittleBigPlanet)

VG247: Media Molecule boss David Smith's just confirmed that LittleBigPlanet will come with a mandatory install, but that it won't be as heavy as many other PS3 titles.

First DNA molecule made almost entirely of artificial parts

Scientists are reporting synthesis of the worlds first DNA molecule made almost of entirely artificial parts. The discovery could be used in the fields of gene therapy and other futuristic high-tech advances such as nano-sized computers. Courtesy of ...

First DNA Molecule Made Almost Entirely Of Artificial Parts

Chemists in Japan report development of the world's first DNA molecule made almost entirely of artificial parts. The finding could lead to improvements in gene therapy, futuristic nano-sized computers, and other high-tech advances, they say.

First DNA Molecule Constructed from Mostly Synthetic Components

ScienceDaily is reporting that Japanese chemists have created the world's first DNA molecule comprised of almost entirely artificial components. The breakthrough could lead to advances in both medicine and technology, possibly utilizing the massive storage capacity of DNA. "In the new study, Masahiko Inouye and colleagues point out that scientists have tried for years to develop artificial versions of DNA in order to extend its amazing information storage capabilities. As the genetic blueprint of all life forms, DNA uses the same set of four basic building blocks, known as bases, to code for a variety of proteins used in cell functioning and development. Until now, scientists have only been able to craft DNA molecules with one or a few artificial parts, including certain bases.

Quantum Computing Breakthrough Arises From Unknown Molecule

The odd behavior of a molecule in an experimental silicon computer chip has led to a discovery that opens the door to quantum computing in semiconductors.

Chemists claim 1st almost all artificial DNA molecule

Japanese chemists say they have created the world's first DNA molecule made almost entirely of artificial parts, which could lead to improvements in gene therapy, nano-sized computers and other high-tech advances.

Genzyme Corporation and PTC Therapeutics Announce Collaboration on Small Molecule for Genetic Diseases

Genzyme Corporation and PTC Therapeutics Announce Collaboration on Small Molecule for Genetic Diseases

Chemists claim 1st almost all artificial DNA molecule

BEIJING, July 8 (Xinhuanet) -- Japanese chemists say they have created the world's first DNA molecule made almost entirely of artificial parts, which could lead to improvements in gene therapy, nano-sized computers and other high-tech advances.

Chemists claim 1st almost all artificial DNA molecule

BEIJING, July 8 (Xinhuanet) -- Japanese chemists say they have created the world's first DNA molecule made almost entirely of artificial parts, which could lead to improvements in gene therapy, nano-sized computers and other high-tech advances.

Helicos and Uppsala University Collaborate to Study Genome Structure and Its Effects on Gene Expression Utilizing True Single Molecule Sequencing Technology

Helicos and Uppsala University Collaborate to Study Genome Structure and Its Effects on Gene Expression Utilizing True Single Molecule Sequencing Technology

Helicos and Uppsala University Collaborate to Study Genome Structure and Its Effects on Gene Expression Utilizing True Single Molecule Sequencing Technology

Helicos and Uppsala University Collaborate to Study Genome Structure and Its Effects on Gene Expression Utilizing True Single Molecule Sequencing Technology

BioNanomatrix Awarded New NIH Grant for Development of Nanoscale Platform for Single-Molecule DNA Mapping and Haplotype Applications

BioNanomatrix, Inc., a developer of breakthrough nanoscale whole genome imaging platforms for genetic diagnostics, personalized medicine and biomedical research, today announced receipt of a grant from the National Human Genome Research Institute of the U.S. National Institutes of Health (NIH). Under the direction of BioNanomatrix principal investigator Dr. Ming Xiao, the two-year $399,020 project will develop a nanoscale platform for single-molecule haplotyping imaging and analysis of long strands of DNA at ultra-high resolution in a massively parallel format.

Skipping Atomic-scale Stones to Study Some Chemistry Basics

Thought experiment: a carbon dioxide molecule—think of a cheerleader’s baton—comes slanting in at high speed over a dense liquid, strikes the surface and ricochets. How does it tumble? Fast or slow? Forward, backward or sideways? These are not idle questions because simple events like the tumbling molecule go to the heart of the chemistry and physics of gas-liquid interactions. These cover a broad swath of important chemical processes—including breathing—for which details of the encounter are just coming into view.

Nano-Sized Jaws Perform Like Proteins

A more protein-like synthetic structure. Scientists have created a nano-sized polymer bundle that targets zinc, a development that opens the door for more rugged and longer lasting sensors and pharmaceuticals. In this schematic, a peptoid two-helix bundle clamps shut on a zinc molecule, in purple, locking the molecule in place.

Hidden molecule to bring down EPO users

Australia's world anti-doping boss John Fahey has revealed a key weapon in the fight against performance-enhancing drugs at the Beijing Olympics - molecules planted inside banned substances.

Media Molecule confirms the LittleBigPlanet beta is REAL

TheSixthAxis made news earlier this week showing a PSN friend that is playing the supposed "Little Big Planet beta". Some doubts arose about the picture's authenticity.

Hybrid molecule helps quantum computing breakthrough

Terror camps jeopardising India-Pakistan peace process: Zardari (With Zardari stories from London)

Unknown molecule opens the door to quantum computing

An international team has identified a new hybrid atom that could be used to develop quantum computers. This data visualization shows an electron density map of the material. The funnel- or vortex-shaped figure in the lower left is an arsenic atom an ...

First DNA molecule made almost entirely of artificial parts

UAlbany NanoCollege, Albany city school district partner to launch Nanoscale Science Summer Institute

Light-Mediated Liberation of Enzymatic Activity: €Small Molecule€ Caged Protein Equivalents

Department of Biochemistry, The Albert Einstein College of Medicine, 1300 Morris Park Avenue, Bronx, New York 10461, and The Departments of Chemistry, Medicinal Chemistry & Natural Products, and Pharmacology, Kenan Laboratories, The University of North Carolina, Chapel Hill, North Carolina 27599

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