Universe Science
Stars, stellar evolution, variable systems, galaxies, astrophysics, spectroscopy, asteroseismology and the physics of the observable universe.
STARS / GALAXIES / PHYSICSSri Lanka Space Science is the public-facing science mission directorate for understanding the universe, the Sun, Earth, planetary worlds, exoplanets and the data systems that connect them. Research asks the question. Space Science organizes the national scientific story, evidence, public access and discovery experience.
Space science is bigger than rockets. It spans fundamental astrophysics, heliophysics, Earth systems, planetary science, the search for other worlds and the open-data infrastructure that makes discovery repeatable.
Stars, stellar evolution, variable systems, galaxies, astrophysics, spectroscopy, asteroseismology and the physics of the observable universe.
STARS / GALAXIES / PHYSICSThe Sun, solar radio bursts, energetic events, solar-terrestrial connections and the science behind space-weather effects.
SUN / RADIO / SPACE WEATHERClimate, land, water, agriculture, forests, coasts, cities and hazards studied through remote sensing, GIS and Earth-system methods.
EARTH / CLIMATE / REMOTE SENSINGThe Moon, planets, surfaces, spectra, morphology, comparative planetology and the physical processes that shape other worlds.
MOON / PLANETS / SURFACESTransit signals, planetary systems, stellar characterization, nearby worlds, habitability questions and the search for planets beyond our Solar System.
EXOPLANETS / HABITABILITYPublic datasets, reproducible code, science communication, AI-assisted analysis, evidence standards and pathways for students and citizens to participate.
DATA / CODE / PUBLIC SCIENCEThe science console separates three evidence streams: universe observations, solar radio science and Earth-system data, then connects them through open methods and public explanation.
A scientific question is useful only if evidence could show it is wrong. Choose a domain, evidence mode, audience and output. The explorer routes the question to the right science desk and methodology.
These labs use synthetic data to teach the scientific pattern behind two real Sri Lankan science strengths: exoplanet transit analysis and solar-radio observation.
Transit photometry measures the small drop in apparent stellar brightness as a planet passes in front of its star. Change the synthetic transit depth and noise to see how detectability changes.
CALLISTO instruments record radio intensity over frequency and time. This synthetic spectrogram demonstrates the visual logic of a drifting radio-burst feature without pretending to display live instrument data.
Sri Lanka Space Science surfaces real scientific achievements and facilities with institutional attribution, turning them into a visible national science narrative.
ACCIMT says its scientists and University of Colombo researcher Dr. Chandana Jayaratne contributed to the discovery of two planets orbiting a star in Virgo, describing it as the first planetary system discovered by Sri Lankan scientists.
ACCIMT describes its 45 cm GOTO Cassegrain telescope, commissioned after the 1996 UN/ESA Basic Space Science workshop, as the largest optical telescope facility available in Sri Lanka for research and education.
ACCIMT operates a CALLISTO solar-radio station in Sri Lanka. Its locally designed log-periodic antenna covers 45–600 MHz, supporting solar-radio-burst science, education and outreach.
ACCIMT's Space Applications Division lists projects and research across agricultural drought, crop monitoring, forest condition, land-use mapping, marine/coastal applications, health/GIS and environmental remote sensing.
Every public result should be traceable back through the question, observation, method and uncertainty.
State what you are trying to learn and what outcome would disprove the idea.
Use telescope, radio, remote-sensing, archive, simulation or other defined evidence.
Document data treatment, algorithms, assumptions and statistical choices.
Calibration, uncertainty, comparison, ground truth, replication or external checks.
Invite technical criticism before presenting a result as established knowledge.
Publish evidence, methods and a clear public explanation that separates result from inference.
ACCIMT currently runs astronomy training and space-science education, while Sri Lanka's NSF has active 2026 science-education, publication and research-support pathways. Sri Lanka Space Science turns that ecosystem into a public participation layer.
Space-science modules, telescope literacy, water rockets, remote sensing and teacher-ready explainers.
Sky logs, meteor campaigns, Sun-safe observing, data interpretation and community science nights.
Curated datasets, notebooks, methods, visualizations and reproducible public demonstrations.
Research explainers, posters, visual abstracts, publication pathways and translation of technical work for the public.
Sri Lanka's National Science Foundation currently lists 2026 competitive research grants, postdoctoral support, publication grants, science-education/popularization calls and technology-development/start-up support. Those pathways can feed deeper space-science capability when matched to strong questions and institutions.
SriLankaSpaceResearch.com is the deeper laboratory/proposal/publication institution. SriLankaSpaceScience.com is the mission-facing scientific map: the disciplines, evidence, discoveries, public labs, data literacy and national science story people should be able to explore without needing to read a grant proposal first.
Every Sri Lanka/Lanka-related and Mars-related branch in this project uses the lion animal holding a sword as a primary visual motif. For Sri Lanka Space Science, the lion anchors the official seal, science wheel and directorate identity. The Southern Cross remains the required constellation whenever stars appear.