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biological tissue News
Photons can sense each other
COPENHAGEN, Denmark – Photons can “sense” each other and coordinate their separate paths through a complex material, new research from the Niels Bohr Institute shows. The scientists demonstrated that photons emitted from a light source embedded in a complex...
Photons Sense Each Other
COPENHAGEN, Denmark, Dec. 28, 2012 — Photons can “sense” each other and coordinate their separate paths through a complex material, new research from the Niels Bohr Institute shows.
Laser Optics Enable View Inside a Fly’s Eye
VIENNA, Dec. 12, 2012 — New laser optics technology that supports high-resolution 3-D microscopy is providing a view into the interior of flies, mice and even medical tissue samples.
Broadband Laser Developer Recognized
BIRKERØD, Denmark, Nov. 9, 2012 — NKT Photonics’ Lasse Leick has been recognized by the Danish National Advanced Technology Foundation with its 2012 Pasteur Award for the work he did on developing a broadband infrared laser that emits between 2 and 4 µm.
Unscrambling Scattered Light to Retrieve Sharp Images
ENSCHEDE, Netherlands, and FLORENCE, Italy, Nov. 7, 2012 — A noninvasive method that unscrambles scattered light to retrieve sharp images of objects hidden behind an opaque screen could have important applications in biological tissue imaging.
Light Focused Deep Inside Tissue
PASADENA, Calif., June 28, 2012 — A new procedure that is as simple as an ultrasound more than doubles the depth that light can be focused inside biological tissues and soon could enable doctors to perform incision-free surgery or to diagnose cancer by seeing tumors inside the body.
Two-photon lithography creates detailed 3-D prints fast
VIENNA — A 3-D printing technology that uses two-photon lithography to rapidly create detailed objects on the nanoscale could open the door to new areas of application, such as biomedicine. Developed at Vienna University of Technology (TU Vienna), the...
Two-Photon Lithography Prints in Fine Detail
VIENNA, March 13, 2012 — A new 3-D printing technology uses two-photon lithography to rapidly create detailed objects on the nanoscale. The technique, which is orders of magnitude faster than similar devices, opens up new areas of application, such as medicine.
UV Laser Zaps Multiple Tissue Areas Simultaneously
WASHINGTON, Sept. 16, 2011 — A single UV laser pulse is being used to zap away biological tissue at multiple points at the same time. This technique could advance the study of developmental biology. Time-lapse microscopy of a fruit fly epithelium in which a single cell is...
A New Twist on the E-beam
GAITHERSBURG, Md., Jan. 14, 2011 — Electron microscopes are among the most widely used scientific and medical tools for studying and understanding a wide range of materials, from biological tissue to miniature magnetic devices, at tiny levels of detail. Now, researchers at the...
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April 2024
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