1
|
Theoretical Chemistry at Condensed Phases Lecture 1 |
 |
2
|
Properties of neutron and its utilization for condensed matter - Lecture 1 |
 |
3
|
Neutron Sources, Neutron transport, beam lines - 1 |
 |
4
|
Neutron Sources, Neutron transport, beam lines - 2 |
 |
5
|
Basics of neutron scattering under Born Approximation, Correlation function, Scattering Law - 1 |
 |
6
|
Prosperity of India through Science & Technology : Opportunity for Innovations & Entrepreneurship |
 |
7
|
Basics of neutron scattering under Born Approximation, Correlation function, Scattering Law - 2 |
 |
8
|
Basics of neutron scattering under Born Approximation, Correlation function, Scattering Law - 3 |
 |
9
|
Basics of neutron scattering under Born Approximation, Correlation function, Scattering Law - 4 |
 |
10
|
Basics of neutron scattering under Born Approximation, Correlation function, Scattering Law - 5 |
 |
11
|
Prosperity of India through Science & Technology : Opportunity for Innovations & Entrepreneurship II |
 |
12
|
Tutorial |
 |
13
|
Neutron Spectrometers and Neutron Detectors - 1 |
 |
14
|
Neutron Spectrometers and Neutron Detectors - 2 |
 |
15
|
Tutorial |
 |
16
|
Homi Jehangir Bhabha 111th Birth anniversary celebration |
 |
17
|
Introduction to Detectors |
 |
18
|
Introduction to Magnetic Neutron Scattering |
 |
19
|
Swarm Intelligence System for Detection of Cyber Attacks on IoT Clusters |
 |
20
|
Differential cross-section for magnetic neutron scattering in dipole approximation, Magnetic form fa |
 |
21
|
Determination of magnetic structures by neutron diffraction-I |
 |
22
|
"Laser Additive Manufacturing: Technological Challenges and Opportunities" |
 |
23
|
Determination of magnetic structures by neutron diffraction-II |
 |
24
|
Elastic and Inelastic Magnetic Neutron Scattering |
 |
25
|
Tutorial |
 |
26
|
Polarized Neutron |
 |
27
|
Neutron Depolarization in Magnetic Materials |
 |
28
|
The Universe, Elementary Particles, and Dark Energy |
 |
29
|
Fluctuation Dissipation Theorem and Dynamic correlation function |
 |
30
|
Neutron scattering from spin waves |
 |
31
|
Tutorial |
 |
32
|
Vibrational spectroscopy using Inelastic Neutron Scattering (INS) Lattice dynamics theory |
 |
33
|
Inelastic and Quasi-elastic Neutron Scattering-Lecture 3 |
 |
34
|
Inelastic and Quasi-elastic Neutron Scattering - Lecture 2 |
 |
35
|
Inelastic and Quasi-elastic Neutron Scattering - Lecture 4 |
 |
36
|
Tutorial on INS |
 |
37
|
Stochastic dynamics using Quasi-elastic neutron scattering (QENS) Molecular dynamics simulation |
 |
38
|
"Cancer and the Immune System - A Clash of the Titans" |
 |
39
|
Stochastic dynamics using Quasi-elastic neutron scattering (QENS) Molecular dynamics simulation |
 |
40
|
Tutorial on QENS |
 |
41
|
Ramanujan, Number Theory and the Pandemic |
 |
42
|
Small-Angle Neutron and X-Ray Scattering Facilities |
 |
43
|
Contrast Variation in Small-Angle Scattering |
 |
44
|
Multifaceted Radiopharmaceuticals: the Vital Component of Nuclear Medicine for Molecular Targeting |
 |
45
|
Data Analysis Methods |
 |
46
|
Applications to Soft Matter, Nanomaterials and Biology |
 |
47
|
Tutorial |
 |
48
|
Introduction to Neutron and x-ray Reflectometry |
 |
49
|
A Few Tips on Scientific Literature Search and Writing Skills Do's & Don'ts |
 |
50
|
Reflectometry facility and data analysis |
 |
51
|
Investigation of depth dependent magnetic structure using polarized neutron reflectivity |
 |
52
|
Investigation of depth dependent magnetic structure using polarized neutron reflectivity |
 |
53
|
“Understanding Intellectual Property Rights” |
 |
54
|
Inauguration of the Advanced Online course on “Design of Multiphase reactors/contactors” |
 |
55
|
Tutorial |
 |
56
|
Design of Multiphase Reactors / Contactors - Lecture 1 |
 |
57
|
Design of Multiphase Reactors / Contactors - Lecture 2 |
 |
58
|
Inauguration of the Advanced Online course on Nuclear Science and Technology |
 |
59
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 1 |
 |
60
|
Valedictory function of the Advanced online course on Neutrons as Probes for Condensed Matter |
 |
61
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 2 |
 |
62
|
Applications of Mathematics in Cryptography |
 |
63
|
Design of Multiphase Reactors / Contactors - Lecture 3 |
 |
64
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 3 |
 |
65
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 4 |
 |
66
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 5 |
 |
67
|
Design of Multiphase Reactors / Contactors - Lecture 4 |
 |
68
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 6 |
 |
69
|
Nuclear reactions and production of Radioisotopes - Lecture 7 |
 |
70
|
Nuclear reactions and production of Radioisotopes - Lecture 8 |
 |
71
|
HBNI Student Webinar by Ms. Vanshika |
 |
72
|
Design of Multiphase Reactors / Contactors - Lecture 5 |
 |
73
|
Nuclear reactions and production of Radioisotopes - Lecture 9 |
 |
74
|
Special Webinar Commemoration of 125 years of the Discovery of Radioactivity |
 |
75
|
Design of Multiphase Reactors / Contactors - Lecture 6 |
 |
76
|
National Science Day Celebration - 2021 |
 |
77
|
Life in Science - International Women's Day Special Webinar |
 |
78
|
Radioactivity, Nuclear Decay and Nuclear Models - Lecture 11 |
 |
79
|
Design of Multiphase Reactors / Contactors - Lecture 7 |
 |
80
|
Reactor Physics & Nuclear Power - Lecture 2 |
 |
81
|
Reactor physics and nuclear power-3 |
 |
82
|
Reactor physics and nuclear power-4 |
 |
83
|
Design of Multiphase Reactors / Contactors - Lecture 8 |
 |
84
|
Reactor physics and nuclear power-5 |
 |
85
|
Reactor physics and nuclear power-6 |
 |
86
|
Quantum Computing - What is a quantum computer and what can it do? |
 |
87
|
Nuclear reactions and prpoduction of Radioisotopes-4 |
 |
88
|
Coronavirus diseases (COVID-19) pandemic and vaccination |
 |
89
|
Design of Multiphase Reactors / Contactors - Lecture 9 |
 |
90
|
Nuclear reactions and production of Radioisotopes-6 |
 |
91
|
Applications of Radioisotopes in Agriculture and Food technology-1 |
 |
92
|
Design of Multiphase Reactors / Contactors - Lecture 10 |
 |
93
|
Applications of Radioisotopes in Agriculture and Food technology-2 |
 |
94
|
Applications of Radioisotopes in Agriculture and Food technology-3 |
 |
95
|
Design of Multiphase Reactors / Contactors - Lecture 11 |
 |
96
|
Applications of Radioisotopes in Agriculture and Food technology-4 |
 |
97
|
Applications of Radioisotopes in Agriculture and Food technology -5 |
 |
98
|
Applications of Radioisotopes in Healthcare-1 |
 |
99
|
Design of Multiphase Reactors / Contactors - Lecture 12 |
 |
100
|
Applications of Radioisotopes in Healthcare-2 |
 |
101
|
Applications of Radioisotopes in Healthcare-3 |
 |
102
|
Applications of Radioisotopes in Healthcare-4 |
 |
103
|
Design of Multiphase Reactors / Contactors - Lecture 12 |
 |
104
|
Applications of Radioisotopes in Healthcare-5 |
 |
105
|
Applications of Radioisotopes in Industry-1 |
 |
106
|
Aplications of Radioisitoipes in Industry-2 |
 |
107
|
Applications of Radioisotopes in Industry-3 |
 |
108
|
Applications of Radioisotopes in Industry-4 |
 |
109
|
Static and dynamic properties of magnetic solitons - HBNI Student Webinar |
 |
110
|
Applications of Radioisotopes in Industry-5 |
 |
111
|
Design of Multiphase Reactors / Contactors - Lecture 13 |
 |
112
|
Nuclear Fuel Cycle-1 |
 |
113
|
Nuclear Fuel Cycle-2 |
 |
114
|
Nuclear Fuel Cycle-3 |
 |
115
|
Design of Multiphase Reactors / Contactors - Lecture 14 |
 |
116
|
Nuclear Fuel Cycle-4 |
 |
117
|
Design of Multiphase Reactors / Contactors - Lecture 15 |
 |
118
|
Nuclear Fuel Cycle-6 |
 |
119
|
Talking About Cancer: Reducing Risk, Early Detection and Treatment - Swasthvidya |
 |
120
|
Nuclear Fuel Cycle-7 |
 |
121
|
Recent advances in quantum computation and quantum information science - Day 1 |
 |
122
|
Recent advances in quantum computation and quantum information science - Day 2 |
 |
123
|
Foundation Day 2021 |
 |
124
|
The quest for room-temperature superconductivity |
 |
125
|
Veledictory Function of the Advanced Online course on Nuclear Science and Technology |
 |
126
|
Inauguration Function of the Online Course on Advanced Materials Chemistry Course |
 |
127
|
General Materials Chemistry - Lecture 2 |
 |
128
|
General Materials Chemistry - Lecture 3 |
 |
129
|
HBNI Student Webinar by Dr. Chandresh Kumar Rastogi |
 |
130
|
General Materials Chemistry - Lecture 4 |
 |
131
|
General Materials Chemistry - Lecture 5 |
 |
132
|
Evening Lecture Series Jointly organized by ISEAC and HBNI |
 |
133
|
General Materials Chemistry - Lecture 6 |
 |
134
|
General Materials Chemistry - Lecture 7 |
 |
135
|
AMC - Characterization Techniques - Lecture 1 |
 |
136
|
AMC - Characterization Techniques - Lecture 2 |
 |
137
|
Phase Diagram Studies on Bi-Mo-O and Pb-Mo-O Systems |
 |
138
|
HBNI Lecture series on Health & Wellness (Swasthya Vidya)-Cancer Prevention & Treatment |
 |
139
|
AMC - Characterization Techniques - Lecture 5 |
 |
140
|
Characterization Techniques - Lecture 6 |
 |
141
|
AMC - Characterization Techniques - Lecture 4 |
 |
142
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 1 |
 |
143
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 2 |
 |
144
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 3 |
 |
145
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 4 |
 |
146
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 5 |
 |
147
|
HBNI Special Webinar by Dr. A Velumani, Creator, Thyrocare |
 |
148
|
AMC - Chemical, Major, Trace & Ultratrace Analysis - Lecture 6 |
 |
149
|
Functional Materials (Part I) Batteries, magnetic materials, heterogeneous catalysis - Lecture 1 |
 |
150
|
HBNI Student Webinar by Ms. Madhu Ghanathe |
 |
151
|
Functional Materials (Part I) Batteries, magnetic materials, heterogeneous catalysis - Lecture 2 |
 |
152
|
Functional Materials (Part I) Batteries, magnetic materials, heterogeneous catalysis - Lecture 3 |
 |
153
|
Functional Materials (Part I) Batteries, magnetic materials, heterogeneous catalysis - Lecture 4 |
 |
154
|
Functional Materials (Part I) Batteries, magnetic materials, heterogeneous catalysis - Lecture 5 |
 |
155
|
Inaugural Function of the Online Course on Emerging Trends in Biophysics |
 |
156
|
Aazadi ka Amrut Mahotsav hBNI Eminent Lecture Series - Lecture 1 |
 |
157
|
FM (Part II) Photovoltaics, Thermoelectric materials & Device-worthy materials - Lecture 1 |
 |
158
|
FM (Part II) Photovoltaics, Thermoelectric materials & Device-worthy materials - Lecture 2 |
 |
159
|
ETB - Multi-dimensional NMR |
 |
160
|
FM (Part II) Photovoltaics, Thermoelectric materials & Device-worthy materials - Lecture 3 |
 |
161
|
FM (Part II) Photovoltaics, Thermoelectric materials & Device-worthy materials - Lecture 4 |
 |
162
|
HBNI Webinar by Dr. Nikhil Sangith |
 |
163
|
FM (Part II) Photovoltaics, Thermoelectric materials & Device-worthy materials - Lecture 6 |
 |
164
|
AMC Functional Materials Part II Photovoltaics, Thermoelectric materials & Device worthy materials |
 |
165
|
ETB - Multi-dimensional NMR |
 |
166
|
ETB - Mass Spectrometry for Structural Analysisof Macromolecules |
 |
167
|
ETB - Applications of mass spectrometry for structure determination and protein interaction |
 |
168
|
ETB - Applications of mass spectrometry for structure determination and protein interaction |
 |
169
|
Teacher's Day Celebration 2021 |
 |
170
|
ETB Macromolecular crystallography |
 |
171
|
ETB - Macromolecular crystallography |
 |
172
|
ETB - Single Molecule Spectroscopy - Lecture 1 |
 |
173
|
ETB - Pulsed EPR applications in proteins |
 |
174
|
Hindi Diwas 2021 Celebration - Azadi ka Amrit Mahotsav |
 |
175
|
ETB - Multiscale Modeling and Simulations of Biological Systems |
 |
176
|
HBNI Student Webinar by Dr. Rachna Dave, Microgo |
 |
177
|
ETB - Multiscale Modeling and Simulations of Biological Systems |
 |
178
|
Engineer's Day Celebration |
 |
179
|
ETB - Single Molecule Spectroscopy - Lecture 1 |
 |
180
|
ETB - Multiscale Modeling and Simulations of Biological Systems |
 |
181
|
Azadi ka Amrit Mahotsav - HBNI Eminent Lecture Series - Lecture 2 |
 |
182
|
ETB Single Molecule Spectroscopy |
 |
183
|
ETB Single Molecule Spectroscopy |
 |
184
|
ETB - Single Molecule Spectroscopy - Lecture 4 |
 |
185
|
Dr. Sekhar Basu Memorial Program |
 |
186
|
ETB - Membrane Biophysics & Membrane proteins |
 |
187
|
Azadi Ka Amrut Mahotsav - HBNI Eminent Lecture Series - Lecture 3 |
 |
188
|
ETB - Membrane Biophysics & Membrane proteins - Lecture 2 |
 |
189
|
ETB - Membrane Biophysics & Membrane proteins - Lecture 3 |
 |
190
|
ETB - Membrane Biophysics & Membrane proteins - Lecture 4 |
 |
191
|
HBNI Colloquium - IPR ENABLED PRODUCTIVE INNOVATIONS |
 |
192
|
ETB-X-ray & Neutron scattering applications |
 |
193
|
ETB-X-ray & Neutron scattering applications |
 |
194
|
ETB- Mass Spectrometry & Omics Lecture 1 |
 |
195
|
ETB - Mass Spectrometry & Omics - Lecture 2 |
 |
196
|
ETB-Space Bioengineering & Synthetic Biology |
 |
197
|
ETB-Space Bioengineering & Synthetic Biology - Lecture 2 |
 |
198
|
ETB-Space Bioengineering & Synthetic Biology - Lecture 3 |
 |
199
|
HBNI Student Webinar - Application of isotopes in the exploration of geothermal areas |
 |
200
|
ETB-Space Bioengineering & Synthetic Biology - Lecture 4 |
 |
201 |
ETB- Mechanobiophysics - Lecture 1 |
 |
202 |
ETB- Mechanobiophysics - Lecture 2 |
 |
203 |
ETB- Mechanobiophysics - Lecture 3 |
 |
204 |
ETB - Nanobiophysics - Lecture 1 |
 |
205 |
HBNI Webinar by Dr. Ajit Sapre |
 |
206 |
ETB - Nanobiophysics - Lecture 2 |
 |
207 |
Azadi Ka Amrit Mahotsav Celebration: Special webinar on Nuclear Energy |
 |
208 |
AKAM - HBNI Webinar by Shri. Surendra Sharma |
 |
209 |
HBNI Women's Cell Webinar - Serotonergic Psychedelics : From Mitochondria to Mood |
 |
210 |
AKAM - HBNI Webinar by Shri. Surendra Sharma |
 |
211 |
RM_1 - Philosophy of research |
 |
212 |
RM_2 - Types of research |
 |
213 |
RM_3 - Research design and methods - I |
 |
214 |
HBNI Colloquium - Relevance of Small Modular Reactors for a De-carbon Energy Sector |
 |
215 |
RM_4 - Research design and methods - II |
 |
216 |
RM_5 - Research design and methods - III |
 |
217 |
Aazadi Ka Amrut Mahotsav - HBNI Eminent Lecture Series-By BIKASH SINHA |
 |
218 |
RM_6 - Research design and methods - IV |
 |
219 |
RM_7 - Research design and methods - V |
 |
220 |
RM_8 - Research design and methods - VI |
 |
221 |
RM_9 - Research design and methods - VII |
 |
222 |
HPP_1 |
 |
223 |
RM_10 - Research design and methods - VIII |
 |
224 |
HPP_2 |
 |
225 |
RM_11 - Assignment |
 |
226 |
Demystifying Diabetes |
 |
227 |
RM_12 - Research and Publication ethics I |
 |
228 |
RM_13 - Research and Publication ethics-II |
 |
229 |
High Pressure Physics - 04 | Phase Transitions Under High Pressure 1 |
 |
230 |
High Pressure Physics - 03 | Equation of State |
 |
231 |
RM_14 - Research and Publication ethics-III |
 |
232 |
Swachhata Pakhwada 2022I |
 |
233 |
National Science Day 2022 |
 |
234 |
International Women's Day Celebration 2022 |
 |
235 |
High Pressure Physics - 05 | Phase Transitions Under High Pressure 2 |
 |
236 |
RM_18 - Research and Publication ethics - VII |
 |
237 |
RM_19 - Research and Publication ethics - VIII |
 |
238 |
RM_17 - Research and Publication ethics - VI |
 |
239 |
High Pressure Physics - 09 |
 |
240 |
DiMBS-2022 | Day 1 |
 |
241 |
DiMBS-2022 | Day 2 |
 |
242 |
DiMBS-2022 | Day 3 |
 |
243 |
High Pressure Physics - 07 | Experimental Measurements |
 |
244 |
RM_22 - Assignment-II |
 |
245 |
High Pressure Physics - 08 | Experimental Measurements - II |
 |
246 |
RM_20 - Research and Publication ethics - IX |
 |
247 |
High Pressure Physics - 11 | Advancement in DAC Technique |
 |
248 |
RM_22 - Assignment-II |
 |
249 |
High Pressure Physics - 10 | Advancement in High Pressure Techniques - I |
 |
250 |
RM_23 - Integrating IPR in the process of Research, Development and Commercialisation - I |
 |
251 |
RM_24 - Integrating IPR in the process of Research, Development and Commercialisation - II |
 |
252 |
RM_25 - Integrating IPR in the process of Research, Development and Commercialisation - III |
 |
253 |
High Pressure Physics - 11 | Advancement in DAC Technique |
 |
254 |
RM_26 - Integrating IPR in the process of Research, Development and Commercialisation - IV |
 |
255 |
RM_27 - Integrating IPR in the process of Research, Development and Commercialisation - V |
 |
256 |
High Pressure Physics - 12 | |
 |