I trust only the ones I love. I'm a verbal assassin, a #SaveOurChildren sniper. I spread God, Truth and Love. I'M NOT HERE FOR FOLLOWERS..
Demons on display.
#BlessUp Macdaddy!
I trust only the ones I love. I'm a verbal assassin, a #SaveOurChildren sniper. I spread God, Truth and Love. I'M NOT HERE FOR FOLLOWERS..
Now that's an oxymoron image....politicians and "brain initiative" do they even have brains?
rim (third-person singular simple present rims, present participle rimming, simple past and past participle rimmed)
(transitive) To form a rim on.
(transitive) To follow the contours, possibly creating a circuit.
Palm trees rim the beach.
A walking path rims the island.
(transitive or intransitive, of a ball) To roll around a rim.
The golf ball rimmed the cup.
The basketball rimmed in and out.
From Middle English rim, rym, ryme, reme, from Old English rēoma (“membrane, ligament”), from Proto-West Germanic *reumō.
Noun
rim (plural rims)
(UK dialectal) A membrane.
transbilayer (not comparable)
Across or through a bilayer.
see through
1.
not be deceived by someone or something; detect the true nature of someone or something.
"he can see through her lies and deceptions"
not be deceived by
not be taken in by
be wise to
get/have the measure of
read like a book
fathom
penetrate
realize
understand
not fall for
have someone's number
know someone's (little) game
transparency
/tranˈsparənsi,trɑːnˈsparənsi/
noun
1.
the quality of allowing light to pass through so that objects behind can be distinctly seen.
Wish I understood even 10th of what you post, Mac. Keep with it. We'll catch up eventually.
Image-Guided Transcranial Focused Ultrasound Stimulates Human Primary Somatosensory Cortex | Scientific Reports
Focused ultrasound (FUS) has recently been investigated as a new mode of non-invasive brain stimulation, which offers exquisite spatial resolution and depth control. We report on the elicitation of explicit somatosensory sensations as well as accompanying evoked electroencephalographic (EEG) potenti..
https://www.nature.com/articles/srep08743Piezoelectric nanoparticles are of interest as neural stimulators because in response to external stimuli – such as ultrasound, for example – they deform and output direct current. The researchers propose that this current could then be used to stimulate dopaminergic neurons to release neurotransmitters.