The hypothesis under test is that a scaffold designed to grow bone tissue in the laboratory vibrates at a higher frequency as cells deposit mineral material upon it.
Civil Engineering ×crossed with Biomedical Engineering
AI reviewers’ score: 6.5 out of 10no counter-evidence foundWith a story (fiction)
This hypothesis proposes modifying human stem cells so that they release a bone growth factor only in an environment that is both low in oxygen and inflamed, two conditions present solely within a fracture zone.
Synthetic Biology ×crossed with Tissue Regeneration
AI reviewers’ score: 6.7 out of 10no counter-evidence foundWith a story (fiction)
In a continuous-flow reactor in which solids suspended in a liquid circulate, the passage can become abruptly blocked when the solids concentration exceeds a critical threshold.
Flow Chemistry ×crossed with Mechanical Engineering
AI reviewers’ score: 6.6 out of 101 piece of counter-evidenceWith a story (fiction)
Glaciers are not homogeneous blocks of ice: their internal structure (crystal orientation, water-filled fractures) alters their mechanical properties over a few tens of metres.
Geophysics ×crossed with Glaciology
AI reviewers’ score: 6.4 out of 10no counter-evidence foundWith a story (fiction)
This hypothesis proposes to equip metal 3D printers with a control system capable of predicting and correcting defects in real time, layer by layer, during fabrication.
Chemical Engineering ×crossed with Manufacturing Engineering
AI reviewers’ score: 6.9 out of 10no counter-evidence foundWith a story (fiction)
The hypothesis proposes that a metal catalyst can spontaneously alternate between two surface states: an active state and a slightly oxidised, less active state.
Catalytic Materials ×crossed with Surface Science
AI reviewers’ score: 6.8 out of 102 pieces of counter-evidenceWith a story (fiction)