Behind the Paper
The real stories behind the latest research papers, from conception to publication, the highs and the lows
Lasers shine new light on the 70-year-old puzzle of Antarctica’s ice core thermometer
How a 3 500 km traverse across East Antarctica finally explained why one of our most important climate proxy, water isotopes from ice cores, never quite added up.
Behind The Paper: Lifecycle and circular economy assessment of bio based retrofitting strategies for heritage buildings using case studies from Iran, Oman and Saudi Arabia
This paper grew out of a concern that many researchers and designers in our field face: how can we improve the environmental performance of heritage buildings without damaging the cultural value that makes them worth preserving in the first place?
Behind The Paper: Genetic algorithm-based assessment of kinetic façade prototypes for energy optimization and user comfort: a hotel case study in Iran
Every paper tells a story but most of that story remains invisible behind the final polished version. This research began with a simple question: how can we design building façades that are not only energy-efficient, but also truly responsive to human comfort in challenging climates?
The 1% Lie: Why HbA1c-Glycemia Discordance Is Breaking Your Clinical Algorithms
Let's play a diagnostic game.
Beyond the Organs: Why “Fuel Toxicity-Associated Spectrum (FTAS)” Could Unite T2DM, MASLD, and MASH
If you work in metabolic research, you’ve felt the frustration. A patient presents with insulin resistance. A decade later, they develop non-alcoholic steatohepatitis (NASH). A colleague calls it “diabetic liver.” Another calls it “hepatic manifestation of metabolic syndrome.”
Mapping the Parameter Space of the Cornell Potential: Constraints on Strong Coupling and Confinement in QCD Models
Introduction
We analyse the parameter space of the Cornell potential, deriving constraints on the strong coupling αs and constant term c that ensure consistent perturbative treatment and convergence in QCD-inspired models of heavy–light mesons.
Resolving Meson Hyperfine Structure with a Smeared Cornell Potential Across Heavy–Light and Heavy–Heavy Systems
We revisit meson hyperfine splitting using a QCD-inspired Cornell potential with Gaussian smearing and analytic wavefunctions, achieving consistent predictions across D, B, and quarkonium systems while resolving short-distance divergences.