The objective of Dr. Mendes' research at the University of Birmingham is to further develop the interdisciplinary surface bionanotechnology field both on a fundamental level and towards biological and medical applications.
By Dr. Paula Mendes
1 Dec 2010
This concept is based on the idea to mix on same device MEMS and NEMS technologies. The MEMS part is used for the mass to keep sufficient inertial force, and the NEMS is used as a very sensitive sub-µm suspended stress gage.
By Dr. Philippe Robert
30 Nov 2010
Nanotechnologies redefine existing industries, and array them in new combinations: changes already underway include the merging of microelectronics and biotechnology, and of nanoelectronics and chemistry.
By Professor Vincent Mangematin
30 Nov 2010
In Dr. Luis Moreno-Hagelsieb's laboratory, aluminum oxide interdigitated capacitors have been developed and successfully tested on DNA hybridization test as well as on bacteria.
By Dr. Luis Moreno-Hagelsieb
25 Nov 2010
Professor Khine from University of California, Irvine proposed a simple, ultra-rapid, and robust method to create large areas of nanowrinkles as well as sharp high surface area bimetallic nanostructures, coined nanopetals, in a shape memory polymer.
By Professor Michelle Khine
25 Nov 2010
Novel delivery vehicles generated through nanotechnology is raising the exciting prospect for controlled and sustained drug delivery across the impenetrable skin barrier.
By Dr Adam Friedman
21 Nov 2010
While molecular machines driven by chemical, light or thermal energies can be found throughout nature, little progress has been made toward creating synthetic counterparts.
By Professor Charlie Sykes
21 Nov 2010
This short review article overviewes a simple but useful method to fabricate 3D dense-array nanostructures with good regularity of pattern, size, and shape over a large sample area.
By Professor Chang-Hwan Choi
20 Oct 2010
At the 'Centre for materials elaboration and structural studies', Professor Wolfgang Bacsa and Pascal Puech and have much focused in screening CNTs with optical methods and developing physical processes for carbon nanotubes working closely with the materials chemists at different local institutions.
By Professor Wolfgang Bacsa
20 Oct 2010
laser-based NTA allows specific microsomal and exosome particles to be directly and individually visualised and counted in liquid in real-time.