Jason D. Campbell

• 
  news.cnet.com/8301-1001_3-10023055-92.html - [Cached Version]
  Published on: 8/23/2008    Last Visited: 8/23/2008  

  With the shape-shifting technology, a mobile phone could shrink for unobtrusive storage in a pocket, then expand to a more convenient size when in use, said Jason Campbell, an Intel Research senior staff scientist.Campbell showed some catom prototypes a few centimeters tall and wide but predicted miniaturization.
  
  Catoms that could be used to build a fluidly reconfigurable model of a car, were 50 years ago recently, but Campbell said he now thinks the technology is only "a couple years" away now.
  
  See also: From our colleagues at ZDNet, the video below shows Intel CTO Justin Rattner talking to Emotiv Systems President Tan Le about new interface technologies that are making humans more like machines.
  
  Click here for full coverage of the Intel Developer Forum.

• 
  labs.pcw.co.uk/2006/09/intel_works_on_.html - [Cached Version]
  Last Visited: 11/16/2007  

  Goldstein's co-presenter at IDF is IRP staff member Jason Campbell.

• 
  www.pittsburgh.intel-research.net/irsym08/ - [Cached Version]
  Published on: 7/9/2008    Last Visited: 7/11/2008  

  Discussion: Jason Campbell, Interactive Browsing in Deep Data Pow-Wow: Petros Maniatis, The Security, Trust, and Privacy (STruP) Pow-Wow
  ...
  Discussion: Jason Campbell, Interactive Browsing in Deep Data (cont) Pow-Wow: Petros Maniatis, The Security, Trust, and Privacy (STruP) Pow-Wow (cont)
  ...
  Discussion: Jason CampbellWhat's in your

• 
  www.extremetech.com/article2/0,2845,2328583,00.asp - [Cached Version]
  Published on: 8/30/2008    Last Visited: 9/3/2008  

  The demonstration by Jason Campbell of Intel Research Pittsburgh showed an array of a few spheres just a few millimeters wide - smaller than a penny - where orientation could be slightly, slowly manipulated.

• 
  www.pcworld.com/article/150209/intels_future_real_trans - [Cached Version]
  Published on: 8/24/2008    Last Visited: 8/24/2008  

  Jason Campbell, a senior researcher at Intel, said in an interview that the development and use of catoms will change the way people interact with computers and other devices in significant ways.
  
  "Think of a mobile device," Campbell said."My cell phone is too big to fit comfortably in my pocket and too small for my fingers.It's worse if I try to watch movies or do my e-mail.But if I had 200 to 300 milliliters of catoms, I could have it take on the shape of the device that I need at that moment."For example, the catoms could be manipulated to create a larger keypad for text messaging.And when the device wasn't being used, Campbell said, he could command it "to form its smallest shape or even be a little squishy, so I can just drop it in my pocket."
  
  Campbell envisions that each catom would have a computer processor and some form of memory.Four years ago, he thought it would take 30 to 50 years for this kind of technology to be realized.Now, though, he estimates that the time it will take is much closer to 10 years.

• 
  www.internetnews.com/hardware/article.php/3767021/Intel - [Cached Version]
  Published on: 8/21/2008    Last Visited: 8/31/2008  

  Jason Campbell, a senior staff researcher at Intel's research center in Pittsburgh, Penn., described ways in which programmable matter could be used for 3-D visualization in medical scans, enabling a doctor to see an organ or tumor in three dimensions.That could prove far more effective than being limited to viewing an organ only as a flat, two-dimensional slice, he said.

• 
  www.domain-b.com/companies/companies_I/Intel/20080823_f - [Cached Version]
  Published on: 8/23/2008    Last Visited: 8/23/2008  

  Although the work is listed as exploratory research, Jason Campbell, a senior staff research scientist brought on stage to discuss the project, said steady progress is being made.

• 
  www.roisap.org/modules.php?name=news&url=show&id=1609&r - [Cached Version]
  Published on: 8/22/2008    Last Visited: 11/13/2008  

  Jason Campbell, a senior researcher at Intel, said in an interview that the development and use of catoms will change the way people interact with computers and other devices in significant ways. "Think of a mobile device," Campbell said. "My cell phone is too big to fit comfortably in my pocket and too small for my fingers. It's worse if I try to watch movies or do my e-mail. But if I had 200 to 300 milliliters of catoms, I could have it take on the shape of the device that I need at that moment." For example, the catoms could be manipulated to create a larger keypad for text messaging. And when the device wasn't being used, Campbell said, he could command it "to form its smallest shape or even be a little squishy, so I can just drop it in my pocket."

• 
  www.creax.com/newsletters/2008_09/newsletter.htm - [Cached Version]
  Published on: 9/1/2008    Last Visited: 9/17/2008  

  The demonstration by Jason Campbell of Intel Research Pittsburgh showed an array of a few spheres just a few millimetres wide - smaller than a penny - where orientation could be slightly, slowly manipulated.

• 
  www.electronicsweekly.com/Articles/2009/06/01/46196/nis - [Cached Version]
  Published on: 6/1/2009    Last Visited: 6/1/2009  

  "The model was a good working theory when transistors were large, but our observations clearly indicate that it's incorrect at the smaller nanoscale regimes where industry is headed," said scientist Jason Campbell of the US National Institute of Standards and Technology (NIST)
  
  The theory predicts that as transistors shrink, noise fluctuations should correspondingly increase in frequency.
  
  However, Campbell's group claims that even in nanometre-sized transistors, the fluctuation frequency remains the same. "This implies that the theory explaining the effect must be wrong," said Campbell.
  
  According to Campbell, the noise he is working on also increases as power reduces in the device.
  
  "This is a real bottleneck in our development of transistors for low-power applications," he said.

Page:  1 2 3 4