cores of nuclear reactor, solar farms, etc. to the system that is going to use it (thermal storage systems, steam generators, chemical reactors, etc..
and designed said Peng Yin senior author of the paper Wyss core faculty member and Assistant professor of Systems Biology at Harvard Medical school.
The core of this carrier is made of an oligomer of EGCG (OEGCG) which can encapsulate drugs and proteins such as Herceptin,
"In previous LANP research, other geometric disc structures were used to create powerful optical processors. Zhang said the quadrumer amplifiers are a key to SECARS,
A new study conducted within the Center for Advanced Solar Photophysics demonstrates that appropriately engineered core/shell nanostructures made of lead selenide
The long lifetime of these energetic holes facilitates an alternative relaxation mechanism via collisions with core-localized valence band electron
Qianglu Lin a CASP student working on the synthesis of these materials said A striking feature of the thick-shell Pbse/Cdse quantum dots is fairly bright visible emission from the shell observed simultaneously with the infrared emission from the core.
which underlies the observed enhancement of carrier multiplication likely relates to the interplay between core
while lower energy states still remain confined to the core. This separation leads to electronic decoupling of higher-from lower energy holes states which is observed responsible for the slowed cooling.
Mr Duczynski used silica nanoparticles coated with a gold shell (silica-gold core-shell nanoparticles) in his research."
"There are some theoretical and experimental papers where it was observed that by varying the dimensions of either the silica core
"Ultraviolet spectroscopy was used on the silica-gold core-shell nanoparticles made by Mr Duczynski to better understand their optical properties, such as extinction, scattering and absorption.
The research also involved the development of iron oxide-gold core shell nanoparticles.""This particle system was attempted because
"I was able to see some scattering of the iron oxide-gold core-shell nanoparticles,
and image processor and users attach their smartphone as a viewfinder.##Editors will need software that selects the best images not just the ones from the right place at the right time.
and CPU in an isolated safe way he says. Because Seattle allows users to access the Net with foreign IP ADDRESSES it enables developers to view their sites
The app is supposed to work entirely on Google glass'CPU so it doesn't need to send the images Glass records to the cloud.
This relegates the processor speaker and microphone to the user smartphone drastically cutting the cost of production.
#In order to take a leap forward in making our domestic robot industry a major industry it#s essential to expand robot demand based on the business service models of other industries with a secure core technology.
This mathematics-driven hardware design resulted in detailed specs for the robot core hardware components (momentum wheels motors gears
and is among the first plastics processors to deploy a Baxter robot. It is being used for repetitive tasks like picking up parts off a conveyor
and so do the black holes in their cores. This one though is really too big for its boots--it simply shouldn't be possible for it to be said so large
the resulting chips have the potential to run at 50 to 100 times the speed of today computer processors f
#Silicon photonics meets the foundry Advances in microprocessors have transferred the computation bottleneck away from CPUS to better communications between components.
The work suggests that engineers will be able to reach the next stage of materials design through fundamental control of a protein final assembled structure. atriarch could very well be the core of a new molecular design process,
helped develop software to monitor the performance of the trigger systems'thousands of computer processors."
"The core transcription machinery of RNA polymerase copies the information found in DNA genes onto MESSENGER RNA molecules that then govern the production of proteins.
Pau Fonseca indicates that the software consists of a core made up of a motor referred to as SDLPS that enables simulations to be carried out from complete representations of the models using languages such as SDL
"This core can be executed in a computer or be combined in a distributed way in a cluster, speeding up the extraction of results"."
so that it misses the core of three of the four fibres leading to Bob's polarization detectors.
"said Davish Jain, chairman of the Soybean Processors Association of India.""Our oilseed and edible oil production will not rise
The former have a shell that is bonded directly to the core, but yolk-shell particles feature a void between the two equivalent to where the white of an egg would be.
the aluminum core continuously shrinks to become a 30-nm-across olk, which shows that small ions can get through the shell.
The finding suggests that quasarshe brilliant cores of active galaxies may commonly host two central supermassive black holes,
Like a pair of whirling skaters, the black-hole duo generates tremendous amounts of energy that makes the core of the host galaxy outshine the glow of its population of billions of stars
#New Technique Could Enable Chips with Thousands of Cores Researchers from MIT have unveiled the first fundamentally new approach to cache coherence in more than three decades,
a memory-management scheme that could help enable chips with thousands of cores. In a modern, multicore chip, every core or processor has its own small memory cache, where it stores frequently used data.
But the chip also has shared a larger cache, which all the cores can access. If one core tries to update data in the shared cache,
other cores working on the same data need to know. So the shared cache keeps a directory
of which cores have copies of which data. That directory takes up a significant chunk of memory:
In a 64-core chip, it might be 12 percent of the shared cache. And that percentage will only increase with the core count.
Envisioned chips with 128,256, or even 1, 000 cores will need a more efficient way of maintaining cache coherence.
At the International Conference on Parallel Architectures and Compilation Techniques in October, MIT researchers unveil the first fundamentally new approach to cache coherence in more than three decades.
Whereas with existing techniques, the directory memory allotment increases in direct proportion to the number of cores, with the new approach, it increases according to the logarithm of the number of cores.
In a 128-core chip that means that the new technique would require only one-third as much memory as its predecessor.
With Intel set to release a 72-core high-performance chip in the near future, that a more than hypothetical advantage.
But with a 256-core chip, the space savings rises to 80 percent, and with a 1, 000-core chip, 96 percent.
When multiple cores are simply reading data stored at the same location, there no problem.
Conflicts arise only when one of the cores needs to update the shared data. With a directory system, the chip looks up
which cores are working on that data and sends them messages invalidating their locally stored copies of it. irectories guarantee that
when a write happens, no stale copies of the data exist, says Xiangyao Yu, an MIT graduate student in electrical engineering and computer science and first author on the new paper. fter this write happens,
no read to the previous version should happen. So this write is ordered after all the previous reads in physical-time order. ime travelwhat Yu and his thesis advisor Srini Devadas,
the Edwin Sibley Webster Professor in MIT Department of Electrical engineering and Computer science realized was that the physical-time order of distributed computations doesn really matter,
core A can keep working away on a piece of data that core B has provided since overwritten that the rest of the system treats core A work as having preceded core B. The ingenuity of Yu
and Devadasapproach is in finding a simple and efficient means of enforcing a global logical-time ordering. hat we do is we just assign time stamps to each operation,
With Yu and Devadassystem, each core has its own counter, and each data item in memory has associated an counter,
When a core reads a piece of data, it takes out a easeon it, meaning that it increments the data item counter to,
As long as the core internal counter doesn exceed 10, its copy of the data is valid. The particular numbers don matter much;
When a core needs to overwrite the data, however, it takes wnershipof it. Other cores can continue working on their locally stored copies of the data,
but if they want to extend their leases, they have to coordinate with the data item owner.
The core that doing the writing increments its internal counter to a value that higher than the last value of the data item counter.
Say, for instance, that cores A through D have all read the same data, setting their internal counters to 1
Core E needs to overwrite the data so it takes ownership of it and sets its internal counter to 11.
Its internal counter now designates it as operating at a later logical time than the other cores:
it will find it owned by core E, to which it sends a message. Core E writes the data back to the shared cache,
and core A reads it, incrementing its internal counter to 11 or higher. Unexplored potentialin addition to saving space in memory
Tardis also eliminates the need to broadcast invalidation messages to all the cores that are sharing a data item.
From the discovery of core-forming process for bead-making in ancient Egypt, through the invention of the metal blow pipe during Roman times, to the modern industrial Pilkington process for making large-scale flat glass;
a core faculty member at Harvard Wyss Institute, has developed now a strategy that has improved experimentally bone repair by boosting the survival rate of transplanted stem cells
said Conor Walsh, a contributing author of the study, a Wyss Institute core faculty member, an assistant professor of mechanical and biomedical engineering AT SEAS,
A processor from the company Edico Genome that designed to handle the big data of genetics.
Using Edico Genome DRAGEN processor, the researchers got this step down from 15 hours to 40 minutes.
The DRAGEN processor delivered its critical speed gains to the hospital servers thanks to its architecture,
He envisions the DRAGEN processor outputting its analysis directly into a patient electronic medical record, where actionable intelligence would be flagged for the physician.
All of that leads to a Square business having a core list of emails for customers that is ready to act on.
Commercial businesses can now license Airware Flight Core autopilot technology, Ground Control Station for dispatching drones,
Following a brief introduction by Airware CEO Jonathan Downey, CTO Buddy Michini demonstrated Airware core technologies:
the Flight Core autopilot system, which provides the brains to each drone that Airware powers,
Michini was excited also to talk about the App Core which will provide a full-on Linux computer for developers to work with in addition to the standard Flight Core autopilot and Ground Control Station integration.
When it rolls out to select Airware partners this summer, this new system will let customers take advantage of more advanced sensor
Airware can roll out new products like App Core without having to find new companies to sell to or upsell its current customers.
Liquidity core technology was developed and patented out of Stony Brook University. It a membrane with pores of. 2 microns in width, small enough to eliminate microbial contaminants that make up the vast majority of water quality incidents.
150, were associated with inpatient stays in health care facilities, according to the Active Bacterial Core surveillance report by the Centres for Disease Control and Prevention in US.
Lewis is the Hansjörg Wyss Professor of Biologically Inspired Engineering at the Harvard John A. Paulson School of engineering and Applied sciences (SEAS) and a Core Faculty member at the Ywss Institute for Biologically Inspired Engineering at Harvard.
such as small booksut with future research, that might not be a problem for long. uture work will take these core principles
rom this, we were able to design an implant with a rigid sternal core and semi-flexible titanium rods to act as prosthetic ribs attached to the sternum.
which warms up the body core. As the warm blood leaves the core and travels toward the surface of the gills, it transfers its heat to the cold blood that is travelling back from the gills where it has absorbed oxygen from the water.
Wegner likens the system to a car radiator and says the exchange stops the heat from nearing the gill surface where it would be cooled by the water flow through the gills.
"The core message is using evidence to drive healthcare reform, "says Professor Marc Tennant of the University of Western australia,
or greater thermal conductivity. iniaturization results in less space to dissipate heat generated from today high-performance processors,
Aizenberg is also co-director of the Kavli Institute for Bionano Science and Technology and a core faculty member at Harvard Wyss Institute for Biologically Inspired Engineering, leading the Adaptive Materials Technologies platform there.
exterior shell and a conductive iron-nickel core. In a paper published this week in the Journal of Applied Physics
National Centre for Basic Sciences, mixed nickel oxide and iron oxide as a hybrid material and fabricated the novel core/shell nanostructure electrode."
In Singh's experiment, the core/shell hybrid nanostructure was fabricated through a two-step method. Using a standard electro-deposition technique,
eventually developing a highly porous iron oxide-nickel oxide hybrid shell around the iron-nickel core."
"The advantage of this core/shell hybrid nanostructure is that the highly porous shell nanolayer provides a very large surface area for redox reactions
"The remarkable electrochemical performances and material properties suggest that the iron oxide-nickel oxide hybrid core/shell nanostructure could be a reliable and promising candidate for fabricating the next generation lightweight, low-cost
. a Core Faculty member at the Wyss Institute for Biologically Inspired Engineering at Harvard university and the Amy Smith Berylson Professor of Materials science at Harvard School of engineering and Applied sciences (SEAS), has developed an entirely new,
forming a water-soluble nanoparticle with the drug hidden in its core. These nanoparticles are highly soluble in blood
The former have a shell that is bonded directly to the core, but yolk-shell particles feature a void between the two equivalent to where the white of an egg would be.
the aluminum core continuously shrinks to become a 30-nm-across olk, which shows that small ions can get through the shell.
Enclosed within the platelet membranes are made nanoparticle cores of a biodegradable polymer that can be metabolized safely by the body.
The nanoparticles can be packed with many small drug molecules that diffuse out of the polymer core and through the platelet membrane onto their targets.
the platelet membranes were broken up into much smaller pieces and fused to the surface of nanoparticle cores.
One of the most critical biological and medical tools available today, it lies at the core of genome analysis. Reading the exact make-up of genes,
"said Wyss Core Faculty member George Church, Ph d, . who is a pioneer in the converging fields of synthetic biology, metabolic engineering, and genetics.
Church is Core Faculty member at Harvard's Wyss Institute for Biologically Inspired Engineering, Robert Winthrop Professor of Genetics at Harvard Medical school and Professor of Health Sciences and Technology at Harvard and MIT,
Ph d.,Wyss Institute Core Faculty member and the Termeer Professor of Medical Engineering & Science and Professor of Biological engineering at MIT, is also a co-investigator
hydrophilic (water-loving) shell and a hydrophobic (water-fearing) spherical core. he polymers are synthetized to ensure that
its protecting corona is removed and only the hydrophobic core remains. These akedhydrophobic plastic beads are stabilized not anymore
and creates nanoscale spheres that consist of platelet membranes with Dox-gel cores. The surface of the spheres are coated then with the anticancer drug TRAIL,
write the authors of Africa 2030. ne of the core challenges as African countries continue to grow
we believe it will be much easier to manufacture a full-scale processor chip than for any of the leading designs,
Galileo Gen 2 (Arduino-style board with X86 processor) and Edison on an Arduino-style board n
the core of the MIT reactor can be removed without dismantling the entire machine. Liquid rather than solid materials surround the fusion chamber allowing easy circulation
antifouling materials developed in the lab of Joanna Aizenberg, the Amy Smith Berylson Professor of Materials science and core faculty member of the Wyss Institute for Biologically Inspired Engineering at Harvard university.
The delay in removing the aluminum from the chemical bath did not result in the shell around the aluminum core
but rather the shrinking of that core to a olkwith the all-important internal space. Though the team had meant not to create that unintentional chemical product,
Wee bound to see an Apple A9 system-on-a-chip with a faster CPU and GPU.
#Microfluidic cooling yields huge performance benefits in FPGA processors As microprocessors have grown in size and complexity,
Intel CPU clock speeds have remained mostly flat for years, while AMD FX-9590 and its R9 Nano GPU both illustrate dramatic power consumption differences as clock speeds change.
One of the principle barriers to increasing CPU clocks is that it extremely difficult to move heat out of the chip.
Previous systems, like Aquasar, still relied on a metal transfer plate between the coolant flow and the CPU itself.
and CPUS aren very good at spreading that heat out across the entire surface area of the chip.
By etching channels directly on top of a 28nm Altera FPGA, the research team was able to bring cooling much closer to the CPU cores
or AMD CPU would be non-trivial, and the companies would have to completely change their approach to CPU heat shields and cooling technology.
Still, technologies like this could find application in HPC clusters or any market where computing power is at an absolute premium.
Removing that much additional heat from a CPU die would allow for substantially higher clocks even with modern power consumption scaling n
which organizations hold is becoming a core component of market value (59 per cent of respondees).
We have designed a core set of guidelines and created underlying frameworks that will help enterprises to go on the journey to get insights at the point of action everywhere.
It is powered by a 1. 5 GHZ dual-core Qualcomm Snapdragon S4 processor paired with 2gb RAM.
#Crowdfunding's Continued Maturity Is Empowering Entrepreneurs Like Never Before One of the core ideas in my latest book Bold is that today, for the first time in history,
it also helped him build up a core supporter base, essentially a community of like-minded individuals who shared his passion for cutting edge smart watches.
which at its core accuses Google of favoring its own shopping services over those of third parties like Tripadvisor, Microsoft and Streetmap,
and has had some notable failures recently outside its core markets (Google+and Google glass. Just how long Google will continue growing,
The result is a metabolic core that takes CO2 out of the atmosphere and converts it into sugar.
and the Japan Science and Technology Agency, Core Research for Evolutional Science and Technology funded the work
as its core function is to collect valuable data. Fundamentally, what makes a smart sensor"smart"is its onboard signal/data-processing capabilities.
Detection and Distance Measurement The detection and distance measurement is performed by the sensor's processor,
Conclusion This innovative core technology is giving rise to the creation of a completely new generation of ultra-efficient smart sensors,
Both the 11 and 14-inch versions of the Aspire One Cloudbooks are powered by Windows 10, with Intel Celeron processors, 2 GB RAM and 1, 366 x 768 LED
#Breakthrough photonic processor promises quantum computing leap Optical quantum computers promise to deliver processing performance exponentially faster and more powerful than today's digital electronic microprocessors.
As a result, a range of different quantum processor operations can be performed at one time. Even better, the stable and quickly reprogrammable nature of the chip's architecture changeable by means of software code means that a vast range of existing
"The number of photon inputs and outputs also means the the new processor can be applied to new areas of research straight away,
which can be applied to sets of qubits to perform the equivalent of Boolean algebraic functions found in standard electronic logic processors also referred to as quantum gates.
which allows public access via the Internet to a working quantum processor, with plans to add even more chips in the near future."
and which uses the silicon-CMOS technology used today for most computer processor chips, "lead researcher Andrew Dzurak told us."
'and make a full-scale quantum processor. That final stage is likely to take 10-20 years."
and which uses the silicon-CMOS technology used today for most computer processor chips, "lead researcher Andrew Dzurak told us."
'and make a full-scale quantum processor. That final stage is likely to take 10-20 years."
At the core of the problem is the way doctors test for ovarian cancer. One of the things they look for is called a protein CA125.
But computers are limited in their speed by the transmission of electric data between a processor
This means that faster processors don't necessarily mean better computing power when it is speed the transmission of the data that is the limiting factor.
But until now, scientists had struggled to find a way to create a light-based device that can store data for a significant period of time. here no point using faster processors
and the number-crunching processors in the same tiny space, said Max Shulaker, one of the designers of the chip,
Long commute time The main roadblock to faster computers is not flagging processor speed, but a memory problem, Shulaker said.
and the processors, facing the speed bump of electrical resistance along the entire path.""If you try to run that in your computer,
"While the Central processing unit (CPU) waits for a piece of data to make the return trip from the memory, for instance,
Solving the memory-CPU"commute time, "however, is tricky. The two components can't be put in the same wafer
The former have a shell that is bonded directly to the core, but yolk-shell particles feature a void between the two equivalent to where the white of an egg would be.
the aluminum core continuously shrinks to become a 30-nm-across olk, which shows that small ions can get through the shell.
One of the most critical biological and medical tools available today, it lies at the core of genome analysis. Reading the exact make-up of genes,
we believe it will be much easier to manufacture a full-scale processor chip than for any of the leading designs,
"He said that a key next step for the project is to identify the right industry partners to work with to manufacture the full-scale quantum processor chip.
Such a full-scale quantum processor would have major applications in the finance, security and healthcare sectors, allowing the identification
"The University of Bristol's pioneering'Quantum in the Cloud'is the first and only service to make a quantum processor publicly accessible
Enclosed within the platelet membranes are made nanoparticle cores of a biodegradable polymer that can be metabolized safely by the body.
The nanoparticles can be packed with many small drug molecules that diffuse out of the polymer core and through the platelet membrane onto their targets.
the platelet membranes were broken up into much smaller pieces and fused to the surface of nanoparticle cores.
One of the most critical biological and medical tools available today, it lies at the core of genome analysis. Reading the exact make-up of genes,
"and our approach can define a new speed limit for future processors, by delivering extremely fast on-chip optical data storage"In addition,
faster processors and more storage space. Standard memory devices are based on electrons which are displaced by applying voltage.
They established a method to integrate silicon photonic chips with the processor in the same package,
resulting in a large distance between the processor chip and the optical components. Offrein and his IBM colleagues from Europe
the United states and Japan instead proposed an integration scheme in which the silicon photonic chips are treated similarly to ordinary silicon processor chips
and are attached directly to the processor package without preassembling them into standard transceiver housings. This improves the performance
The single stranded-dna DNA on the nanoparticle core can be positioned ideally and oriented to specifically and fully interact with the targeted toll-like receptors.
which one monomer forms the core and the other forms the outer shell. The monomers are the hydrophilic poly (ethylene glycol
and have a core of halophilic PSB with a hydrophilic PEG shell. However, the team showed that the micelles reassemble themselves
PEG formed the core, and PSB formed the shell to create an nversemicelle. he material is controlled easily by salt alone, rather than by a combination of several stimuli like ph, temperature or light,
Overtext Web Module V3.0 Alpha
Copyright Semantic-Knowledge, 1994-2011