Harrison, T. L. et al. Working memory training may increase working memory capacity but not fluid intelligence.
We also derive and test two gradient descent based orthogonalization procedures for recurrent weights matrix, which considerably increase the memory capacity, approaching the upper bound, which is equal to the reservoir size, as proved for linear reservoirs.
Even with this risk, people still buy and use these compounds because there's preliminary but promising data showing that nootropics can increase working memory capacity and endurance, and mitigate risks of neurodegeneration and Alzheimer's.
Not only could this technology radically increase our memory capacity, it could lead to what one scientist describes as the equivalent of plugging in "a flash drive that interacts with your brain".
This supports the idea that differential timings of spikes might be a biological mechanism to increase the memory capacity [4].
The monitors themselves continue to increase in memory capacity and battery life to allow for the collection of data in shorter epochs or in raw form for longer time periods as well as the addition of multiple axes.
In other words, large in-degree social networks would increase long-term memory capacity, which in turn, would increase OFC volume.
Similarly, German brain-training startup NeuroNation conducted a study with two German universities that proved the application could increase the working memory capacity of its users.
As with young adult musicians, older adult musicians demonstrate increased auditory working memory capacity and increased auditory temporal acuity (as measured by backward masking), which may undergird the perception of speech in noise.
The 1401 was equipped with up to 4K 8-bit characters of core memory; the 1406 increased its memory capacity to 8K, 12K, or 16K (thus the 1401 shown above has 4K).
The technology greatly increased computer memory capacity and remained the memory technology of choice until the early 1970s, when Intel Corporation began selling silicon-based solid-state dynamic random access memory, which could store more information in less space — and more quickly.
