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BoBNT - Future Papers: © by Shekhar Banerjee

BoBNT: Conceptual Design and Scientific Potential of the Bay of Bengal Neutrino Telescope.
Observable Galactic and Extragalactic Neutrino Source Candidates for a Proposed Bay of Bengal Neutrino Telescope.
Global Mapping of Candidate Sites for Radio Detection of Ultra-High-Energy Neutrinos.

A. Concept and Design Papers

Conceptual Design of the Bay of Bengal Neutrino Telescope
- Overall detector concept, motivation, geometry, expected physics goals.
Site Selection Study for a Deep-Sea Neutrino Telescope in the Bay of Bengal
- Bathymetry, depth, salinity, sedimentation, ship traffic, cyclone risk, optical water quality.
Feasibility Study of a Kilometer-Scale Neutrino Observatory in the Bay of Bengal
- Technical, environmental, logistical, and scientific feasibility.
Detector Geometry Optimization for the Bay of Bengal Neutrino Telescope
- String spacing, optical module spacing, array size, effective volume.
Pathfinder Mission Design for BoBNT
- Small-scale prototype detector, deployment strategy, calibration system, first measurements.

B. Simulation and Data Papers

Monte Carlo Simulation Framework for the Bay of Bengal Neutrino Telescope
- Neutrino interactions, muon/tau propagation, Cherenkov light simulation, detector response.
Effective Area and Angular Resolution of BoBNT for High-Energy Neutrinos
- Performance study for different neutrino energies and directions.
Atmospheric Muon and Neutrino Background Modeling for BoBNT
- Background rejection, cosmic-ray muons, atmospheric neutrino flux.
Machine Learning Reconstruction of Neutrino Events in BoBNT
- Direction, energy, track/cascade classification.
Real-Time Data Acquisition and Trigger System for BoBNT

Underwater electronics, data bandwidth, trigger algorithms, event filtering.

C. Physics Potential Papers

Sensitivity of BoBNT to Astrophysical Neutrino Sources

NGC 1068, TXS 0506+056, blazars, starburst galaxies, Galactic plane.

Search Potential for Ultra-High-Energy Tau Neutrinos with BoBNT

Earth-skimming tau neutrinos, mountain/sea-horizon geometry, air-shower connection.

BoBNT Sensitivity to Diffuse Cosmic Neutrino Flux

Comparison with IceCube, KM3NeT, Baikal-GVD.

Multi-Messenger Astronomy Prospects with BoBNT

Neutrino follow-up of gamma-ray bursts, gravitational waves, supernovae, AGN flares.

Dark Matter and Exotic Physics Searches with BoBNT

Heavy dark matter decay, sterile neutrinos, Lorentz violation, monopoles.

D. Environmental and Calibration Papers

Optical Properties of Bay of Bengal Deep-Sea Water for Neutrino Detection

Absorption length, scattering length, bioluminescence, water transparency.

Background Light and Bioluminescence Study for BoBNT

Noise rates, seasonal variation, biological light emission.

Oceanographic Monitoring for BoBNT Deployment

Temperature, pressure, salinity, current speed, sedimentation, seismicity.

Calibration Strategy for BoBNT Using LEDs, Lasers, and Atmospheric Muons

Timing calibration, positioning, optical module calibration.

Environmental Impact Assessment of a Deep-Sea Neutrino Observatory in the Bay of Bengal

Marine ecosystem safety, cable deployment, long-term monitoring.

E. Bangladesh / Regional Science Papers

Strategic Importance of BoBNT for Neutrino Astronomy in South Asia

Regional scientific leadership, infrastructure, education, international collaboration.

A Deep-Sea Research Infrastructure Roadmap for Bangladesh Using BoBNT

Marine science, geophysics, climate, particle astrophysics.

Integration of BoBNT with Global Neutrino Observatory Networks

IceCube, KM3NeT, Baikal-GVD, P-ONE, TRIDENT-type concepts.

Best first 5 papers to write

Conceptual Design of the Bay of Bengal Neutrino Telescope
Site Selection Study for BoBNT
Monte Carlo Simulation Framework for BoBNT
Sensitivity of BoBNT to Astrophysical Neutrino Sources
Pathfinder Mission Design for BoBNT
The Bay of Bengal Neutrino Telescope: Concept, Site Feasibility, and Physics Potential for High-Energy Neutrino Astronomy”
Monsoon-Driven Seasonal Effects on the Detector Response of the Bay of Bengal Neutrino Telescope.

TAMBO - H Future Papers: © by Shekhar Banerjee

TAMBO-H: A Himalayan Mountain-Based Observatory for Detecting Earth-Skimming Tau Neutrinos.

A. Concept and Observatory Design Papers

Tau Air Shower Mountain Based Observatory – Himalaya (TAMBO-H): A Concept for Ultra-High-Energy Tau Neutrino Detection
Design Study of a Himalayan Mountain-Based Tau Air Shower Observatory for Earth-Skimming Neutrinos
Scientific Motivation and Detector Concept for the TAMBO-H Observatory in the Himalaya
A Himalayan Valley Geometry Approach for Detecting Tau-Induced Extensive Air Showers
Feasibility Study of TAMBO-H: A Mountain-Based Observatory for PeV–EeV Tau Neutrinos

B. Simulation and Modeling Papers

Monte Carlo Simulation of Tau Neutrino Interactions and Air Shower Development for TAMBO-H
Detector Acceptance and Effective Area Estimation for the TAMBO-H Observatory
Simulation of Earth-Skimming Tau Neutrinos in Himalayan Mountain Terrain
Modeling Tau-Lepton Propagation Through Himalayan Rock for Ultra-High-Energy Neutrino Detection
Air Shower Signal Modeling for a Mountain-Based Tau Neutrino Observatory in the Himalaya

C. Site Selection and Geographic Analysis Papers

Himalayan Site Selection for a Tau Air Shower Mountain-Based Neutrino Observatory
Topographic Optimization of TAMBO-H Using Himalayan Valley and Mountain Geometry
Geospatial Analysis of Candidate Sites for the TAMBO-H Observatory
Atmospheric, Geological, and Environmental Considerations for a Himalayan Tau Neutrino Observatory

D. Detector and Instrumentation Papers

Detector Array Design for TAMBO-H: Scintillator, Cherenkov, and Radio Detection Options
A Hybrid Detector Concept for Tau-Induced Air Shower Detection in the Himalaya
Timing, Trigger, and Reconstruction Strategy for the TAMBO-H Pathfinder Mission
Low-Cost Sensor Network Design for a Mountain-Based Tau Neutrino Observatory
Background Rejection Techniques for TAMBO-H Using Directional and Timing Signatures

E. Physics and Astrophysics Papers

Astrophysical Neutrino Source Sensitivity of the TAMBO-H Observatory
Sensitivity of TAMBO-H to Transient Neutrino Sources: GRBs, AGN Flares, and Tidal Disruption Events
Probing Ultra-High-Energy Tau Neutrinos from Active Galactic Nuclei with TAMBO-H
Potential of TAMBO-H for Multi-Messenger Astronomy in the Himalaya
Expected Event Rates for Cosmogenic and Astrophysical Tau Neutrinos at TAMBO-H

F. Pathfinder Mission Papers

TAMBO-H Pathfinder: A Prototype Mission for Himalayan Tau Neutrino Detection
Design and Deployment Strategy for a TAMBO-H Pathfinder Detector Array
Performance Simulation of a Small-Scale TAMBO-H Prototype Observatory
Field Calibration Strategy for the TAMBO-H Pathfinder Mission

G. Comparative and Review Papers

Comparison of TAMBO-H with GRAND, Trinity, TAMBO, and POEMMA for Tau Neutrino Detection
Mountain-Based Tau Neutrino Observatories: Scientific Opportunities for the Himalaya
The Role of Himalayan Terrain in Next-Generation Ultra-High-Energy Neutrino Astronomy
A Review of Earth-Skimming Tau Neutrino Detection and the TAMBO-H Concept

Best first 5 papers to write

Tau Air Shower Mountain Based Observatory – Himalaya (TAMBO-H): A Concept for Ultra-High-Energy Tau Neutrino Detection
Feasibility Study of TAMBO-H: A Mountain-Based Observatory for PeV–EeV Tau Neutrinos
Monte Carlo Simulation of Tau Neutrino Interactions and Air Shower Development for TAMBO-H
Himalayan Site Selection for a Tau Air Shower Mountain-Based Neutrino Observatory
TAMBO-H Pathfinder: A Prototype Mission for Himalayan Tau Neutrino Detection

My recommendation: start with one main concept paper, then write separate papers on site selection, Monte Carlo simulation, detector design, and pathfinder mission. This gives you a coherent publication series.

Seasonal Atmospheric and Environmental Effects on the Detection Performance of a Tau Air-Shower Mountain-Based Observatory in the Himalaya
Seasonal Modulation of Tau-Neutrino Air-Shower Detection in a Himalayan TAMBO-H Observatory.