About Event

OBJECTIVE
Nuclear energy is still one of the most thriving technological sectors in our modern life. It is considered by far one of the leading sources of alternative energy. That modern energy many driving forces worldwide are looking for, since, it does not share limitations and setbacks of the current energy sources based on fossil materials which are costly, depletable, and most importantly not environmental friendly. In a recent major interdisciplinary study from the “MIT Future of Series” initiative, a comprehensive report on the future of nuclear energy in a carbon-constrained world was published, suggesting strongly that nuclear energy is a potential solution to the challenge facing our modern world to establish sustainable mechanisms for producing energy that is based on low carbon technologies.
Many researchers, scientists, and engineers alike on the fields of nuclear science have come with similar conclusions of the MIT study on nuclear energy and insist that more efforts are needed to lower the cost of nuclear technology and optimize its applications in our daily life at the same time. Therefore, many research groups on nuclear science from around the globe are actively working in a variety of fronts to expand the body of knowledge available on nuclear materials and explore new ways for their utilization in modern and futuristic applications.
Hence, this seminar is going to shed light on some of the advances taking place within nuclear science research in recent time. It is a small effort to show interesting results of some modern nuclear science research carried out by bright scientist and research in different parts of the world.

COURSE CONTENTS:
Introduction to New Trends in Nuclear Science
Nuclear research & Materials research
Neutron activation analysis
Neutron imaging
Radioisotope production in research reactors
Nuclear Reactor Simulation
Mechanisms of Charge Transport and Photoelectric Conversion in CdTe-Based X- and Gamma-Ray Detectors
Understanding Low-Dose Exposure and Field Effects to Resolve the Field-Laboratory Paradox: Multifaceted Biological Effects from the Fukushima Nuclear Accident
Integrated Policymaking for Realizing Benefits and Mitigating Secondary Impacts of Cold Fusion

PPT Topics

Seminar, Guest Lecture, Interaction
COURSE CONTENTS:
Introduction to New Trends in Nuclear Science
Nuclear research & Materials research
Neutron activation analysis
Neutron imaging
Radioisotope production in research reactors
Nuclear Reactor Simulation
Mechanisms of Charge Transport and Photoelectric Conversion in CdTe-Based X- and Gamma-Ray Detectors
Understanding Low-Dose Exposure and Field Effects to Resolve the Field-Laboratory Paradox: Multifaceted Biological Effects from the Fukushima Nuclear Accident
Integrated Policymaking for Realizing Benefits and Mitigating Secondary Impacts of Cold Fusion

Event Guests

D Sivakumar,
Scientific officer at IGCAR,
Indira Gandhi Centre for Atomic Research,
Department of Atomic Energy,
Kalpakkam, Kanchipuram District,
Tamilnadu - 603102, India
E-Mail: srisiva@igcar.gov.in

Who Can Attend:

CSE ECE IT EEE Instrumentation Civil Chemical Agricultural Energy Metallurgy Arts Industrial BioTechnology Physics Ocean BioMedical Mechanics Material Automobile Design Marine Oce

Accommodation

BOARDING AND LODGING
Accommodation and boarding if required will be provided in the college campus on first-come-first serve basis.

DAE-BRNS Sponsored Two Days National Seminar on Current Trends in Nuclear material Research and Technology 2020 Event Updates

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