Exploring the Qur’anic Chronology of Creation reveals a profound perspective on how our universe transformed from a single point into the complex world we live in today. While modern science focuses on the "how," the Qur’an describes creation in meaningful stages that highlight the purpose behind the heavens and the earth. This layered journey moves from the initial act of creation to the detailed shaping of the stars, planets, and life, finally culminating in the appearance of human beings. In this article, we break down these stages to show how the Qur’an presents a beautifully coherent and purposeful vision of the universe. 1. Chronology of Creation Allah Almighty says in Surah Fussilat: 9. قُلْ أَئِنَّكُمْ لَتَكْفُرُونَ بِالَّذِي خَلَقَ الْأَرْضَ فِي يَوْمَيْنِ وَتَجْعَلُونَ لَهُۥ أَندَادًا ۚ ذَٰلِكَ رَبُّ الْعَالَمِينَ 10. وَجَعَلَ فِيهَا رَوَاسِيَ مِنْ فَوْقِهَا وَبَارَكَ فِيهَا وَقَدَّرَ فِيهَا أَقْوَاتَهَا فِي أَرْبَعَةِ أَيَّامٍ سَوَىٰ لِلسَّائِلِينَ 11. ثُمَ...
In the Name of Allah---the Most Beneficent, the Most Merciful.
What is a hyperspectral satellite?
A hyperspectral satellite is an Earth-observation spacecraft equipped with an imaging spectrometer that records the light reflected and/or emitted by the ground in many (often hundreds) of very narrow contiguous wavelength bands across a wide portion of the electromagnetic spectrum. Instead of a normal colour picture (three bands) or multispectral image (maybe 4–20 bands), a hyperspectral instrument produces a spectral curve (a spectrum) for every image pixel. The output is called a hyperspectral data cube (x, y, λ) where x,y are spatial coordinates and λ is wavelength. This makes it possible to identify and map materials by their unique spectral “fingerprints.”
How do hyperspectral data help discover and map minerals?
Spectral fingerprints of minerals. Different minerals absorb and reflect light at characteristic wavelengths because of their chemistry and crystal structure (for example, hydroxyl, carbonate and iron-bearing minerals show diagnostic absorption features in the VNIR–SWIR and thermal infrared). Hyperspectral sensors resolve these narrow features so minerals can be identified remotely. (USGS)
Alteration mapping and exploration vectors. Many ore deposits form with surrounding hydrothermal alteration zones (argillic, phyllic, propylitic, etc.). Hyperspectral imagery can map these alteration minerals (clays, sericite, iron oxides, carbonates), which serve as vectors pointing to potential ore bodies. That reduces field work and drill costs by focussing follow-up surveys. (ResearchGate)
High spectral discrimination → mineral mixtures resolved. Because spectra are measured continuously across many bands, mixed pixels (e.g., rock + vegetation, or multiple mineral phases) can be unmixed computationally (spectral unmixing / matched filtering / spectral angle mapper) to estimate abundance of target minerals. (Wikipedia)
SWIR & TIR strengths. Short-wave infrared (SWIR, ~1000–2500 nm) is excellent for many clay and hydroxyl-bearing minerals; thermal infrared (TIR, longwave) is used for silicates, carbonates and feldspars. Combining VNIR–SWIR–TIR gives a fuller mineralogical picture. (MDPI)
Large-area, repeatable coverage & integration with other data. Satellites let geologists scan remote, rugged and politically sensitive areas quickly and repeatedly. Hyperspectral outputs combine well with geological maps, magnetics, gravity and airborne data to prioritise targets. (USGS)
Typical workflows used in mineral exploration from hyperspectral data
Pre-processing: radiometric/atmospheric correction to surface reflectance.
Noise reduction & continuum removal to highlight absorption features.
Spectral matching to mineral libraries (USGS, ENVI libraries, etc.).
Mapping alteration zones, target generation, and follow-up field sampling / drilling. (Earth Observatory)
Pakistan’s first hyperspectral satellite
Name / designation: reported as HS-1 (also referenced in some outlets as H1 / HS-One).
Launch date & place: publicly reported launches on 19–20 October 2025 from China’s Jiuquan Satellite Launch Centre (Long March family launch). Official SUPARCO/MOFA statements and major Pakistani outlets reported the successful insertion into orbit on those dates.
Operator / builder: Pakistan’s national space agency, SUPARCO (Space & Upper Atmosphere Research Commission), announced the mission; the launch was carried out from a Chinese launch facility (typical of Pakistan’s recent satellite launches). Official communications (SUPARCO / Ministry of Foreign Affairs) confirm ownership/operation by Pakistan. (Ministry of Foreign Affairs)
Payload / capability (public descriptions):
HS-1 is described in press releases and news reports as a hyperspectral imaging satellite equipped to capture data across hundreds of narrow spectral bands (press statements emphasise “advanced hyperspectral imaging technology”).
Reported intended applications: precision agriculture, environmental monitoring, urban & land-use planning, disaster management — with mineral mapping / geological applications explicitly mentioned in some technical descriptions and implied by the nature of hyperspectral data. SUPARCO said in-orbit testing will follow before operational use. (Ministry of Foreign Affairs)
Operational timeline: news coverage states HS-1 will undergo in-orbit testing over the following weeks/months and then be commissioned for operational tasks (a two-month in-orbit check-out period is reported in some outlets). Exact commissioning date and full instrument specifications (spectral ranges, number of bands, spatial resolution, swath width, SNR) were not published in detail in the initial press releases I found. (Gulf News)
What HS-1 can realistically offer Pakistan’s mineral sector?
Large-scale preliminary mineral surveys. HS-1 should be able to map surface mineralogy across wide regions (Balochistan, southwestern Pakistan, parts of northern Pakistan) and help locate alteration zones that commonly host base and precious-metal deposits. This means quicker target generation before expensive field campaigns. (USGS)
Cost reduction and efficiency. By narrowing candidate areas, HS-1 can reduce the area that requires ground geochemistry, airborne surveys and drilling—saving time and money for both government geological surveys and private exploration companies. (ResearchGate)
Complementary to existing data. HS-1’s mineral maps can be fused with gravity, magnetics, and existing geological databases (and with Pakistan’s prior assets like PRSS-1 for higher-resolution optical context) to prioritise targets. (Wikipedia)
Environmental & regulatory benefits. Hyperspectral mapping helps environmental baseline studies (soil contamination, mine-site rehabilitation planning) and better oversight of mining-related land use. (Earth Observatory)
Limitations to keep in mind
Surface expression only: satellites sense minerals exposed at Earth’s surface or in very shallow cover. Deep ore bodies still require geophysics and drilling.
Vegetation and soil cover: dense vegetation, sand, or heavy weathering can mask bedrock spectral signals; in such areas airborne or field spectroscopy and drilling remain necessary.
Specification matters: usefulness depends heavily on the satellite’s spectral range (VNIR, SWIR, TIR), spectral resolution (band width), spatial resolution (pixel size), and signal-to-noise ratio. Public releases about HS-1 so far describe it in general terms (hundreds of bands) but do not (yet) list precise technical specs; those will determine how well it detects specific mineral groups. (Wikipedia)
Recommended near-term steps:
Publish HS-1 technical datasheet publicly. Make sensor bands, spectral sampling, spatial resolution, swath and SNR available so geoscientists can plan applications. (A lack of detailed specs is the main immediate barrier to precise planning.) (Ministry of Foreign Affairs)
Build national spectral libraries & calibration sites. Field spectral measurements (handheld VNIR-SWIR spectrometers) for Pakistan’s common rocks/minerals will improve classification accuracy. USGS/ENVI style libraries are widely used as references. (USGS)
Pilot projects in priority provinces. Run targeted pilots over known mineral districts (to validate HS-1 products) and over underexplored zones (to generate new targets). Validate satellite products with rock/soil samples and drill results. (ResearchGate)
Train users & build value chain. Invest in data processing capability (at SUPARCO and geological surveys) and create pathways for industry to access value-added maps (e.g., for juniors, state mineral bodies, and academia). (esri.com)
Sources and further reading
SUPARCO / Pakistan Ministry statements on HS-1 launch (official launch announcements). (Ministry of Foreign Affairs)
Al Jazeera, Dawn, TRT World, Gulf News reporting on the HS-1 launch (coverage and context). (Al Jazeera)
NASA — “Hyperspectral Imaging” overview (what hyperspectral instruments do and applications). (Earth Observatory)
USGS & research literature — hyperspectral imaging for mineral resources; reviews showing how mineral mapping and alteration mapping is performed from space. (USGS)
MDPI article on Thermal Infrared Hyperspectral Imaging for mineralogy (shows TIR’s value for mineral mapping). (MDPI)
Short concluding summary
A hyperspectral satellite like Pakistan’s newly launched HS-1 measures detailed spectra for every ground pixel, allowing scientists to identify minerals and alteration minerals from space because each mineral has a diagnostic spectral fingerprint. That capability is especially valuable for mineral exploration (mapping alteration halos and surface mineralogy), precision agriculture, environmental monitoring and urban planning. The concrete value HS-1 will deliver for Pakistan’s mineral sector depends on its final instrument specifications and on a program of calibration, pilot validation and user training — but the platform is an important national capability that can reduce exploration costs and increase the pace of discovery when combined with good ground follow-up. (Ministry of Foreign Affairs)
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