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Predictive “mismatch” leads to carbon capture breakthrough
  • Chemical Experiments

Predictive “mismatch” leads to carbon capture breakthrough

admin December 26, 2025 0

image: Hilal Daglar, a former postdoctoral researcher in the lab of UChicago Pritzker School of Molecular Engineering and Chemistry Department Prof....

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Advincula leads project on self-driving labs of the future
  • Chemical Experiments

Advincula leads project on self-driving labs of the future

admin October 25, 2025 0

A human scientist only has so much bandwidth when it comes to performing experiments. To synthesize a polymer or organic...

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Better mixing leads to faster reactions for important chemicals
  • Chemical Experiments

Better mixing leads to faster reactions for important chemicals

admin August 30, 2024 0

Pouring cream into coffee creates a show of eddies that rivals Jupiter’s roiling storms. But one clank of the spoon...

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Better mixing leads to faster reactions for key chemicals
  • Chemical Experiments

Better mixing leads to faster reactions for key chemicals

admin July 13, 2024 0

Princeton Engineering researchers found a way to rapidly mix liquids in 3D porous environments where there is typically not enough...

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How contamination and ‘inert’ materials affect chemical reactions and catalysis
  • Materials Chemistry

How contamination and ‘inert’ materials affect chemical reactions and catalysis

admin April 14, 2026 0
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Native bacteria may break down dioxins without genetic modification
  • Materials Chemistry

Native bacteria may break down dioxins without genetic modification

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IFW Dresden selects Agnitron Agilis 100 MOCVD platform for precursor chemistry and ultra-wide-bandgap materials development
  • Materials Chemistry

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Covering Scientific & Technical AI
  • Chemical Experiments

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