
Spatial Tissue Profiling in Biomedical Research
How spatial tissue profiling combines imaging and molecular data to study the organization of cells and tissues.
How AI is changing mathematics, biology and chemistry—and the questions scientists can ask.

How spatial tissue profiling combines imaging and molecular data to study the organization of cells and tissues.

How LIGO uses frequency-dependent squeezing to reduce quantum noise and improve its sensitivity to gravitational waves.

A profile of Abubakari Zarouk Imoro and the sewage-treatment research behind his Africa Prize nomination in 2024.
From a proposed answer to a result that can be tested. Mathematics, molecules and environmental measurements offer different views of the same changing frontier.
4 articles Idea across disciplinesGravitational waves and attosecond light pulses: two ways to ask what an instrument can reveal.
2 articles Problem in the worldHeat, flooding and environmental research, with a view toward the decisions and infrastructure they affect.
4 articlesMove between the ideas, evidence and unresolved questions behind a scientific result. Choose where to go next.
Follow the connectionsRead scene by scene, with room for a figure to move and an argument to unfold.
Enter immersion1 + 3 + 5 + 7 + 9 = 5²
Each new layer adds the next odd number. The square grows by one row and one column.
Browse past PhD, graduate study and research notices. New openings appear here once their availability has been checked.
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