Explore the research
Research overview
Begin with the proposal, follow the physical mechanisms, and examine the evidence needed to test them.
Start here
The proposal
Artificial Solar Eclipse Shadowing
Understand ASES: a proposed temporary, geographically defined reduction in sunlight and the research needed to assess its effects.
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A proposed research framework
Atmosfrustology
Explore Atmosfrustology, the author’s proposed framework connecting engineered-shadow geometry, atmospheric science, engineering and governance.
Read the overview →Observations & interpretation
What natural eclipses teach us
Learn how natural eclipses help researchers study sunlight, temperature, turbulence and clouds, and why they do not validate engineered shadowing.
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The book · First edition, 2026
The Calibrated Earth
Discover The Calibrated Earth by Manoj Kumar Nalanagula: Artificial Solar Eclipse Shadowing, physics, AI and responsible research.
Read the overview →Physical processes
The physical foundations
Radiation, energy & water
Follow the energy and water budgets behind proposed shadowing. Distinguish surface irradiance, absorbed energy and atmospheric outcomes.
Read the overview →Sunlight, screens & scale
The geometry of an artificial shadow
Understand umbra, penumbra and the size limits of a high-altitude screen, using transparent idealised geometric examples.
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Atmospheric response
Clouds, cooling & rainfall
Why shadow-induced cooling does not guarantee cloud growth or rain: explore observations, stability, moisture and testable ASES hypotheses.
Read the overview →EXPLORATORY APPLICATIONS
Oceans, Storms and the Question of Scale
Why local shading, ocean heat content and storm behaviour require separate analysis before claims about climate or cyclone control can be made.
Read the overview →Testing the idea
FEASIBILITY & SYSTEM REQUIREMENTS
Engineering the Question
The physical and operational requirements that an Artificial Solar Eclipse Shadowing concept would need to satisfy before feasibility could be assessed.
Read the overview →OBSERVATIONS & STUDY DESIGN
What Would We Need to Measure?
A measurement framework for testing the atmospheric response to temporary shading, with controls, uncertainty and reproducible analysis.
Read the overview →Computation & uncertainty
AI & atmospheric modelling
Explore proposed roles for AI, paired simulations, atmospheric digital twins and independent review in ASES research.
Read the overview →Methods & milestones
A roadmap for testing the proposal
A conditional research pathway for ASES: geometric checks, observational benchmarks, independent modelling and decisions about whether to proceed.
Read the overview →CLAIMS, ASSUMPTIONS & UNCERTAINTY
How to Read the Evidence
Separate established atmospheric physics, conditional calculations, research hypotheses and applications that have not been demonstrated for ASES.
Read the overview →Review, participation & oversight
Responsible research
How the ASES proposal approaches uncertainty, independent review, affected communities, stopping rules and responsible research communication.
Read the overview →Explore & understand
Interactive educational model
Radiative energy explorer
Calculate an illustrative reduction in absorbed surface sunlight from irradiance, attenuation, duration, area and albedo.
Read the overview →A visual reading guide
Images & explanatory figures
Explore conceptual ASES illustrations and explanatory diagrams for shadow geometry, cloud response and radiative energy.
Read the overview →TWELVE KEY TERMS
A Working Scientific Glossary
Plain-language definitions of the optical, atmospheric and research terms used in The Calibrated Earth and the ASES proposal.
Read the overview →Follow the evidence
Sources & reading room
Primary and official sources for eclipse geometry, clouds, radiation, atmospheric modelling and responsible sunlight-modification research.
Read the overview →A guide for readers
Questions & answers
Answers to common questions about ASES, Atmosfrustology, eclipse observations, rainfall, AI and the status of the research proposal.
Read the overview →Author & contact
Author & independent researcher
Manoj Nalanagula
Meet Manoj Kumar Nalanagula, author of The Calibrated Earth, and learn about his ASES research proposal and Uddanam environmental research.
Read the overview →AUTHOR'S ENVIRONMENTAL RESEARCH
Uddanam: A Related Research Inquiry
An overview of Manoj Kumar Nalanagula's reported GIS and contour-mapping hypothesis concerning environmental patterns in Uddanam, with a clear distinction between mapping and causal evidence.
Read the overview →Research, book & media enquiries
Contact the author
Contact Manoj Kumar Nalanagula about The Calibrated Earth, ASES research questions, interviews and permissions.
Read the overview →Website information
Privacy & analytics
Read how this website handles optional Google Analytics, local message drafts, contact links and external services.
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