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r37980778c78--a70dbed075cc85503ea0d8d5cad8c850
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding... -
Related to Fig 9B Post-hoc t-test after Kruskal-Wallis one-way ANOVA, with Tu...
CA3+gzn and GC+gzn are only compared with each other. P values < 0.05 in red. -
Similarity metrics assumptions on the neural code.
Similarity metrics assumptions on the neural code. -
Model parameters.
aSpecified with reference to Cook [30] and Waage et al. [36] using distributions defined in Biosecurity Australia [31]; b Derived from Sapoukhina et al. [37]; c ABS [6], Note... -
r37980778c78--ec6cdb6213681c61968217fce64af8b0
Related to Fig 6B One sample t-test (difference from 0) p value < 0.05 in red. -
Engineered BRET-Based Biologic Light Sources Enable Spatiotemporal Control ov...
Light-inducible optogenetic systems offer precise spatiotemporal control over a myriad of biologic processes. Unfortunately, current systems are inherently limited by their... -
r37980778c78--b39026b23db93d0dc8bc31519a4422a9
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding... -
r37980778c78--0df993c352837db064052c611890d1ed
Note that CA3+gzn and GC+gzn are only compared with each other. P-values < 0.05 in red. -
Experimental data
Experimental data used in the following research paper, which presents a minimally invasive wearable muscle sensing device consisting of jogging leggings, with embroidered... -
r37980778c78--94631a0e206146cd1579e9e161cfbdab
Pattern separation is a central concept in current theories of episodic memory: this computation is thought to support our ability to avoid confusion between similar memories by... -
Superplastic Creep of Metal Nanowires from Rate-Dependent Plasticity Transition
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding...
