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Carbon Sciences Announces Successful Production of High Quality Graphene Using a Novel Low Cost CVD Process
Company funded research project at UCSB completes initial development of a graphene fabrication process and system
Santa Barbara, CA - May 11, 2015 - Carbon Sciences, Inc. (CABN), focused on the development of a breakthrough technology to mass-produce graphene, today announced that the research project funded by the company at the University of California, Santa Barbara (“UCSB”), has successfully demonstrated the production of high quality graphene using a low cost chemical vapor deposition (“CVD”) process.
Due to its breakthrough natural properties, many experts believe that graphene is the miracle material that will power the next generation of electronics, communication and composites. However, the key obstacle to the widespread use of graphene today is the high manufacturing cost of high quality graphene. The least expensive method, CVD, currently used in the electronics industry is still too expensive for enabling mass-market graphene applications such as flexible electronics, unbreakable touchscreens, sensors, and energy.
The UCSB research team led by, Dr. Kaustav Banerjee, has successfully engineered a low cost CVD system that is optimized for graphene production using proprietary processes, catalysts and techniques. By fully optimizing and innovating various steps in the process the team has produced very high quality graphene. The system can also be used to customize doping to create application specific graphene.
Bill Beifuss, CEO of Carbon Sciences, commented, “After a very intense and highly focused development effort by Dr. Banerjee’s team, we are finally seeing very promising results. Now that the team has demonstrated a low cost laboratory method with proprietary processes, we can begin to look at transforming that into a viable commercial technology. Some of the steps in the process are truly innovative and are very likely to dramatically reduce the cost of making large quantities of graphene.”
Carbon Sciences is currently funding a year long sponsored research program at UCSB for the development of a low cost graphene manufacturing process.
About Carbon Sciences, Inc.
Carbon Sciences is focused on the development of a breakthrough technology to mass-produce graphene, the new miracle material. Graphene, a sheet of pure carbon that is only one atom thick, is flexible, transparent, impermeable to moisture, stronger than diamonds and more conductive than gold. Ever since the Nobel Prize was awarded for its discovery, experts believe graphene to be the miracle material that will enable revolutionary applications such as bendable touchscreen displays, rapid charge batteries, super-capacitors, low cost solar cells, extreme high-speed semiconductors, biosensors, as well as water purification. While the raw materials to make graphene are readily available, the lack of an industrial scale manufacturing process has hindered its commercial use. Carbon Sciences has targeted the development of a breakthrough process that will transform natural gas into commercial size sheets of graphene that can be fine-tuned with application-specific electrical and materials properties.
Company funded research project at UCSB completes initial development of a graphene fabrication process and system
Santa Barbara, CA - May 11, 2015 - Carbon Sciences, Inc. (CABN), focused on the development of a breakthrough technology to mass-produce graphene, today announced that the research project funded by the company at the University of California, Santa Barbara (“UCSB”), has successfully demonstrated the production of high quality graphene using a low cost chemical vapor deposition (“CVD”) process.
Due to its breakthrough natural properties, many experts believe that graphene is the miracle material that will power the next generation of electronics, communication and composites. However, the key obstacle to the widespread use of graphene today is the high manufacturing cost of high quality graphene. The least expensive method, CVD, currently used in the electronics industry is still too expensive for enabling mass-market graphene applications such as flexible electronics, unbreakable touchscreens, sensors, and energy.
The UCSB research team led by, Dr. Kaustav Banerjee, has successfully engineered a low cost CVD system that is optimized for graphene production using proprietary processes, catalysts and techniques. By fully optimizing and innovating various steps in the process the team has produced very high quality graphene. The system can also be used to customize doping to create application specific graphene.
Bill Beifuss, CEO of Carbon Sciences, commented, “After a very intense and highly focused development effort by Dr. Banerjee’s team, we are finally seeing very promising results. Now that the team has demonstrated a low cost laboratory method with proprietary processes, we can begin to look at transforming that into a viable commercial technology. Some of the steps in the process are truly innovative and are very likely to dramatically reduce the cost of making large quantities of graphene.”
Carbon Sciences is currently funding a year long sponsored research program at UCSB for the development of a low cost graphene manufacturing process.
About Carbon Sciences, Inc.
Carbon Sciences is focused on the development of a breakthrough technology to mass-produce graphene, the new miracle material. Graphene, a sheet of pure carbon that is only one atom thick, is flexible, transparent, impermeable to moisture, stronger than diamonds and more conductive than gold. Ever since the Nobel Prize was awarded for its discovery, experts believe graphene to be the miracle material that will enable revolutionary applications such as bendable touchscreen displays, rapid charge batteries, super-capacitors, low cost solar cells, extreme high-speed semiconductors, biosensors, as well as water purification. While the raw materials to make graphene are readily available, the lack of an industrial scale manufacturing process has hindered its commercial use. Carbon Sciences has targeted the development of a breakthrough process that will transform natural gas into commercial size sheets of graphene that can be fine-tuned with application-specific electrical and materials properties.
:::HOPS:::HOPS:::SCHROTT !!!
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::::::::::::::::::: 0,0117 $ +7,34% +0,0008 $
In Euro: 0,0106 € | Nasdaq OTC Other, 29.05.15 ,GrB
In Euro: 0,0106 € | Nasdaq OTC Other, 29.05.15 ,GrB
LAUGH_______LAUGH________LAUGH !!!!!!!!!!!!!!!!!!!!!
Carbon Sciences to Develop Graphene-based Devices for Cloud Computing
Graphene-based fiber optics components have the potential to unclog the speed bottlenecks in Cloud computing data centers
Santa Barbara, CA - June 16, 2015 - Carbon Sciences, Inc. (CABN), focused on developing breakthrough technologies based on graphene, the new miracle material, today announced that it plans to develop graphene-based devices for cloud computing. Graphene-based fiber optics components, such as photodetectors, fiber lasers and optical switches are expected to unclog the existing bottlenecks and enable ultrafast communication in data centers for Cloud computing.
“We have learned a great deal over the past year while exploring methods to produce low cost graphene,” said Bill Beifuss, CEO of Carbon Sciences. “Now, we are shifting our focus to high value, large market opportunities to apply what we have learned. Many graphene applications are limited and many years away from finding commercial success. That’s not the case with Cloud computing. By 2019, mobile network traffic is forecasted to increase tenfold, creating one of the most significant market opportunities in the world.”
Cloud computing allows application software and services to be delivered from large server farms in data centers over the Internet. Almost every web service we use today such as Netflix, Google and Amazon are all delivered from the Cloud. As more and more people use Cloud services, more and more data are created that need to be stored, transmitted and processed. This explosion of data requires larger and larger data centers – as big as 1 square mile.
“The size of current and future data centers is challenging the fundamental speed limits of today’s fiber optics technology,” Mr. Beifuss continued. “The speed of data movement between servers is bottlenecked by these fundamental limitations. By exploiting the natural breakthrough optical and electrical properties of graphene, we plan to develop next generation fiber optics components that are ultrafast, low power and low cost.”
Mr. Beifuss concluded, “We believe graphene-based components will unclog the bottlenecks in the Cloud and unleash a global era of high resolution video on demand, high fidelity music streaming, high volume e-commerce and many more Cloud-based services.”
About Carbon Sciences, Inc.
Carbon Sciences is developing breakthrough technologies based on graphene, the new miracle material. Graphene, a sheet of pure carbon that is only one atom thick, is flexible, transparent, impermeable to moisture, stronger than diamonds and more conductive than gold. After successfully exploring methods to produce low cost graphene, Carbon Sciences is now developing graphene-based devices to enable ultrafast fiber optics communication in Cloud computing infrastructure.
Moore’s Law has enabled computers to process information at extreme high speeds. However, the speed of data movement between computers in the Cloud is bottlenecked by fundamental limitations of today’s fiber optics technology. By exploiting the natural breakthrough optical and electrical properties of graphene, we are developing next generation fiber optics components that are ultrafast, low power and low cost. We believe graphene-based components, such as photodetectors, fiber lasers and optical switches, will unclog the bottlenecks in the Cloud and unleash a global era of high resolution video on demand, high fidelity music streaming, high volume e-commerce and many more Cloud-based services.
Graphene-based fiber optics components have the potential to unclog the speed bottlenecks in Cloud computing data centers
Santa Barbara, CA - June 16, 2015 - Carbon Sciences, Inc. (CABN), focused on developing breakthrough technologies based on graphene, the new miracle material, today announced that it plans to develop graphene-based devices for cloud computing. Graphene-based fiber optics components, such as photodetectors, fiber lasers and optical switches are expected to unclog the existing bottlenecks and enable ultrafast communication in data centers for Cloud computing.
“We have learned a great deal over the past year while exploring methods to produce low cost graphene,” said Bill Beifuss, CEO of Carbon Sciences. “Now, we are shifting our focus to high value, large market opportunities to apply what we have learned. Many graphene applications are limited and many years away from finding commercial success. That’s not the case with Cloud computing. By 2019, mobile network traffic is forecasted to increase tenfold, creating one of the most significant market opportunities in the world.”
Cloud computing allows application software and services to be delivered from large server farms in data centers over the Internet. Almost every web service we use today such as Netflix, Google and Amazon are all delivered from the Cloud. As more and more people use Cloud services, more and more data are created that need to be stored, transmitted and processed. This explosion of data requires larger and larger data centers – as big as 1 square mile.
“The size of current and future data centers is challenging the fundamental speed limits of today’s fiber optics technology,” Mr. Beifuss continued. “The speed of data movement between servers is bottlenecked by these fundamental limitations. By exploiting the natural breakthrough optical and electrical properties of graphene, we plan to develop next generation fiber optics components that are ultrafast, low power and low cost.”
Mr. Beifuss concluded, “We believe graphene-based components will unclog the bottlenecks in the Cloud and unleash a global era of high resolution video on demand, high fidelity music streaming, high volume e-commerce and many more Cloud-based services.”
About Carbon Sciences, Inc.
Carbon Sciences is developing breakthrough technologies based on graphene, the new miracle material. Graphene, a sheet of pure carbon that is only one atom thick, is flexible, transparent, impermeable to moisture, stronger than diamonds and more conductive than gold. After successfully exploring methods to produce low cost graphene, Carbon Sciences is now developing graphene-based devices to enable ultrafast fiber optics communication in Cloud computing infrastructure.
Moore’s Law has enabled computers to process information at extreme high speeds. However, the speed of data movement between computers in the Cloud is bottlenecked by fundamental limitations of today’s fiber optics technology. By exploiting the natural breakthrough optical and electrical properties of graphene, we are developing next generation fiber optics components that are ultrafast, low power and low cost. We believe graphene-based components, such as photodetectors, fiber lasers and optical switches, will unclog the bottlenecks in the Cloud and unleash a global era of high resolution video on demand, high fidelity music streaming, high volume e-commerce and many more Cloud-based services.
www.pennenergy.com/marketwired-oilgas/2015/...performance.html
Beim ersten BE vor 10 Tagen wurde der steile Abwärtstrend abrupt gebremst und mündet im Seitwärtstrend. Mit dem neuen BE könnte ein Aufwärtstrend eingeläutet werden.
Datum Erster Hoch Tief Schluss Stücke Volumen
26.06.15 0,011 0,0111§0,01 0,0106 $ 1.845.403 19.943
GrB
26.06.15 0,011 0,0111§0,01 0,0106 $ 1.845.403 19.943
GrB
Datum Erster Hoch Tief Schluss Stücke Volumen
15.07.16 0,08 0,085§0,06 0,0687 $ 108.857 7.139
GrB
15.07.16 0,08 0,085§0,06 0,0687 $ 108.857 7.139
GrB
Project with University of California Santa Barbara (UCSB)
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Company Agrees to Continue Research and Development of New Graphene-Based Optical Modulator, a Fiber Optic Component Designed to Enable Ultrafast Data Center Communication for Cloud Computing www.carbonsciences.com/view_news.php?id=153
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Company Agrees to Continue Research and Development of New Graphene-Based Optical Modulator, a Fiber Optic Component Designed to Enable Ultrafast Data Center Communication for Cloud Computing www.carbonsciences.com/view_news.php?id=153
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