exoplanet-research

Ultra-hot Jupiter study combining real TESS transits with multiple JWST dayside-spectrum reductions to examine thermal inversion, water emission, extreme irradiation and reduction-to-reduction consistency.

Habitable-zone rocky-exoplanet atmosphere study using decontaminated JWST/NIRSpec PRISM transmission spectroscopy to test spectral flatness and clearly separate measured constraints from atmospheric interpretation.

Warm super-Earth transit study using multiple TESS sectors to test consistency, timing and correlated noise, explicitly preserving mixed evidence rather than over-combining weak detections.

Dense hot-Saturn study pairing real TESS transit analysis with JWST atmospheric context for carbon dioxide, water and HD 149026 b's unusually large heavy-element inventory.

Nearby super-Earth transit study at the rocky/volatile-rich atmosphere boundary, using real TESS photometry, timing-aware fitting and reproducible diagnostics with NASA Exoplanet Archive provenance.

Inflated hot-Jupiter transit study using real TESS photometry, timing-adjusted fitting and correlated-noise scaling, with haze/cloud and stellar-activity context kept distinct from the measured transit analysis.

Hot-Jupiter atmosphere study using public JWST/NIRCam transmission spectroscopy to measure spectral contrasts and compare them with published H2S and molecular-detection evidence for HD 189733 b.

Mini-Neptune climate study using public JWST/MIRI phase-curve spectra to infer wavelength-dependent day/night brightness temperatures for GJ 1214 b and test thermal-emission structure behind its historically flat transmission spectrum.

Hot-Neptune desert case study using real TESS transit photometry, timing diagnostics and literature context for LTT 9779 b's unusually reflective cloudy dayside and survival in a sparsely populated regime.

Highly inflated hot-Jupiter study combining a corrected TESS transit with three independent JWST/NIRISS dayside-emission reductions to examine water emission and reduction consistency.

Super-puff exoplanet stress test using real TESS photometry and predeclared model-selection thresholds, preserving a scientifically useful null result when the transit does not meet the support criterion.

Hot-Saturn atmosphere study pairing a timing-adjusted TESS transit with public JWST/NIRSpec transmission spectroscopy, including the prominent carbon-dioxide feature and reproducible spectral diagnostics.

Ultra-short-period lava-world study using Spitzer secondary-eclipse measurements to infer season-dependent dayside brightness temperatures for 55 Cancri e and compare them reproducibly with published values.

Benchmark hot-Jupiter atmosphere study using public JWST/MIRI transmission spectra to examine magnesium-silicate cloud evidence and the consistency of four correlated reduction-tree products.

Warm-Neptune atmospheric-escape study using public CARMENES helium 10830 A transit data, with reproducible in/out-of-transit statistics and clear separation from the source paper's published helium detection.

Earth-sized rocky-exoplanet atmosphere test using public JWST/NIRSpec G395H transmission spectroscopy, comparing candidate atmosphere models with explicit chi-square, degrees-of-freedom and p-value diagnostics.

Warm-Neptune transit reanalysis using real TESS photometry, timing-adjusted fitting and correlated-noise diagnostics, with published atmospheric findings kept separate as literature context.

Extreme low-density giant-planet transit study using real TESS photometry to examine timing, depth and correlated-noise behavior for the highly inflated, low-gravity atmosphere of WASP-127 b.

Temperate sub-Neptune transit study in a compact M-dwarf system, using real TESS photometry to examine timing and transit support while stating the limits of broadband data for atmospheric claims.

Temperate sub-Neptune atmosphere audit combining public JWST NIRISS, NIRSpec and MIRI spectra to test disputed molecular features, inter-instrument offsets and the evidence limits around K2-18 b's atmospheric interpretation.