Physics and Applications of Nanostructured
Materials in Optoelectronics, Sensors, Energy
➢
Doping
and
Defects
in
Shape
Tailored
Semiconductor
Nanostructures
➢
Hybrid
Perovskites
for
PV,
LED
and
Photodetectors
➢
Optoelectronics
of
1
D/
2
D
materials
(CNT,
Graphene,
g
-
C
3
N
4
,
MoS
2
,
WS
2
,
PdSe
2
,
Bi
2
O
2
Se
etc
&
its
Hybrids)
➢
Gas
Sensors,
Bio
-
sensors,
SERS,
Plasmonics
➢
Novel
Heterostructured
2
D
Materials
for
Energy
and
Environmental
Applications
➢
DFT,
FEM
Simulations
1. University of Birmingham, UK
2.
STU Bratislava, Slovakia
3. Kobe University, Japan
Highlights of Research Achievements
Journal
Publications
>
210
Conference
Papers
>
1
5
0
Patent:
0
3
Students Best Poster
Awards
>
1
5
High
Impact
Factor
Publications
ACS
Energy
Letter
, I.F. 22
Appl
. Catalysis
B
, I.F. 20.3
Small Structures, I.F. 15.3
Small,
I.F.
13
Materials Horizon, I.F. 12.2
NPJ
2D
Mater.
Appl., I.F. 11.
9
J
. Mater. Chem.
A
, I.F
.
10.7
Carbon, I.F. 10.5
ACS
Appl. Mater.
Interf
., I.F. 9.5
J.
Colloid.
Int.
Science,
I.F>
9.4
Materials Today Nano., I.F. 8.
2
Sensors & Actuators B, I.F. 8.
0
J
. Mater. Chem.
C
, I.F. 6.0
Sol
. Energy Mater Sol.
Cells
, I.F. 6.0
Appl
. Phys. Lett
.
, Phys. Rev. B etc.
Citation indices
All
Citations
8516
h
-
index
51
i10
-
index
15
1
Google Scholar
PhD (Completed):
1
8
PhD (Ongoing):
13
MSc+BTech
Projects:
>
50
Manpower Training
:
What do we study?
•
Growth
m
echanism/ kinetics of thin films,
2D
nanostructures
•
Photo
-
physics (Steady state and
time
-
resolved), device stability,
performance enhancement,
etc.
•
Charge transfer, band gap engineering, doping of hybrid
nanostructures
•
Visible
light
-
driven
photo
-
(electro)
-
catalysis for alternative fuels
and
wastewater
treatment
•
Plasmonics
, SERS, Defects, Doping in
semiconductors
•
Device design,
fabrication
,
and operational stability of FET, LED,
Solar cells, Photodetector, Biosensors
•
DFT, FEM
Simulations
Major Experimental Facilities
Growth and Processing:
•
•
•
•
•
•
•
Characterization facilities:
•
•
•
•
•
•
•
•