Sinicropi, Adalgisa, Martin, Elena, Ryazantsev, Mikhail, Helbing, Jan, Briand, Julien, Sharma, Divya, ...
Single mols. that act as light-energy transducers (e.g., converting the energy of a photon into at.-level mech. motion) are examples of minimal mol. devices. Here, we focus on a mol. switch designed...
Gaussian-to-Lévy statistical crossover in a random amplifying medium: Monte Carlo simulation (2007)
Sharma, Divya, Ramachandran, Hema, Kumar, N.
Restricted Access.
Polarization-rich continuous wave direct imaging: modeling and visualization (2006)
Umesh, R.S., Ramakrishnan, A.G., Srikanth, R., Ramachandran, Hema, Sharma, Divya
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Sharma, Divya, Ramachandran, Hema, Kumar, N.
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Levy statistical fluctuations from a random amplifying medium (2006)
Sharma, Divya, Ramachandran, Hema, Kumar, N.
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BRUNELLE, JULIE L., YOUNGMAN, ELAINE M., SHARMA, DIVYA, GREEN, RACHEL
Ribosomal variants carrying mutations in active site nucleotides are severely compromised in their ability to catalyze peptide bond formation (PT) with minimal aminoacyl tRNA substrates such as...
Levy statistical fluctuations from a Random Amplifying Medium (2005)
Sharma, Divya, Ramachandran, Hema, Kumar, N.
We report the studies of emission from a novel random amplifying medium that we term a ``Levy Laser'' due to the non-Gaussian statistical nature of its emission over the ensemble of random...
Random amplifying medium: Levy lasing (2004)
Sharma, Divya, Ramachandran, Hema, Kumar, N.
Restricted Access.
SHARMA, DIVYA, SOUTHWORTH, DANIEL R., GREEN, RACHEL
Following peptide-bond formation, the mRNA:tRNA complex must be translocated within the ribosomal cavity before the next aminoacyl tRNA can be accommodated in the A site. Previous studies suggested...
Enhancement of the cooling by frequency up-conversion through multiple scattering (2003)
Sharma, Divya, Ramachandran, Hema
Restricted Access.
Thesis (M.S.)--University of New Mexico, 1998.
SHARMA, DIVYA, SOUTHWORTH, DANIEL R., GREEN, RACHEL
Following peptide-bond formation, the mRNA:tRNA complex must be translocated within the ribosomal cavity before the next aminoacyl tRNA can be accommodated in the A site. Previous studies suggested...
BRUNELLE, JULIE L., YOUNGMAN, ELAINE M., SHARMA, DIVYA, GREEN, RACHEL
Ribosomal variants carrying mutations in active site nucleotides are severely compromised in their ability to catalyze peptide bond formation (PT) with minimal aminoacyl tRNA substrates such as...
SHARMA, DIVYA, SOUTHWORTH, DANIEL R., GREEN, RACHEL
Following peptide-bond formation, the mRNA:tRNA complex must be translocated within the ribosomal cavity before the next aminoacyl tRNA can be accommodated in the A site. Previous studies suggested...
BRUNELLE, JULIE L., YOUNGMAN, ELAINE M., SHARMA, DIVYA, GREEN, RACHEL
Ribosomal variants carrying mutations in active site nucleotides are severely compromised in their ability to catalyze peptide bond formation (PT) with minimal aminoacyl tRNA substrates such as...
Sinicropi, Adalgisa, Martin, Elena, Ryazantsev, Mikhail, Helbing, Jan, Briand, Julien, Sharma, Divya, ...
Single molecules that act as light-energy transducers (e.g., converting the energy of a photon into atomic-level mechanical motion) are examples of minimal molecular devices. Here, we focus on a...