http://www.phobiasource.com/parthenophobia-is-the-fear-of-virgins-or-young-girls/
Wednesday, August 7, 2019
Thursday, August 1, 2019
Friday, July 26, 2019
another prediction
we are predicting that in the above epsd. Morty's-mind- blowers that
The color do not equal 'diff types of memories' as Morty thought
red= my memories, blue equals yours (risk's) etc etc.
every color equals a different UNIVERSE all together.
they seem to be :: red,blue ,green and purple
rick lives in many different universe at once. flip-flopping from one to another. NONE OF THESE
are universe c137... we think he ruined that long ago. So rick has at least 4 other REGULAR families and maybe a few more , ...irregular
there is one single yellow-gold tube here. god know what universe its from .
ricks TRADE memories of there Morty's with each other.
like baseball cards
another thing....
Roiland offered a similar answer to a question about Rick's tragic backstory, which was shown in the Season 3 premiere, "The Rickshank Redemption," only to have Rick reveal it as a deception, meant to fool Galactic Federation interrogators. Did Ricks from other dimensions really kill his wife and daughter???
NO . our rick did... the rick we know accidentally killed the
Beth and Diana from that universe.. and the Rick would eventually become (disguise himself as) what we know as ..."evil Morty" and is hell bent on killing ALL RICKS EVERYWHERE
Monday, July 22, 2019
Saturday, July 13, 2019
Friday, July 12, 2019
A Capitol offense? Cannabis plants are growing in Vermont Statehouse flower beds
MONTPELIER, Vt. — Vermont police say they found dozens of cannabis plants in the flower beds in front of the Statehouse.
Police say they found a total of 34 plants this week among the cultivated flowers that line the walkway in front of the building in Montpelier.
Capitol Police Chief Matthew Romei says he doesn't know whether the immature plants were marijuana or hemp.
He says officials don't intend to test the plants to see if they are marijuana or hemp because there is no criminal case.
In Vermont, possession of small amounts of marijuana for recreational use is legal. Farmers can plant hemp as a cash crop.
Romei says officials have made similar discoveries in the Statehouse flower gardens in previous years.
A recent study by Nielsen found states that have legalized recreational marijuana sales are selling more snack foods. Buzz60
Saturday, July 6, 2019
Tuesday, July 2, 2019
4D imaging
Scientists capture
4D atomic movement in
breakthrough experiment
Long-held theories about how materials melt, freeze and evaporate
may need to be tweaked thanks to some breakthrough research.
A UCLA-led team of scientists have captured the 4D movement of
atoms through time and 3D space as they changed states, reportedly
for the first time. The results were surprising and contradicted
classical theories about "nucleation," when atoms start to
change from one form to another. The research may prove
valuable for the creation and study of new materials, chemicals and biological processes. Building on past research, the team used Berkeley Lab's
latest 3D electron microscope to examine an iron-platinum
alloy sliced into nanoparticles 1/10,000th the width of a human hair.
Those were heated to 968 degrees Fahrenheit, causing them to pass
from one solid state to another. 3D images were grabbed at
9, 16 and 26 minutes after heating while the sample was
rotated in the microscope.Using special algorithms, the team
tracked the same 33 nuclei, just 13 atoms wide, located in a
single nanoparticle. "People think it's difficult to find a needle in
a haystack," said UCLA physics and astonomy professor Jianwei
"John" Miao in a statement. "How difficult would it be to find the
same atom in more than a trillion atoms at three different times?
"As expected, the alloy changed from a slightly random state to
one where the platinum and iron atoms were more neatly aligned.
However, the scientists noted that the nuclei formed irregular
shapes rather than perfectly round ones predicted by
long-existing theories.
Furthermore, rather than having sharp borders as expected,
the arrangement of atoms was more jumbled near the surface.
While those results might not sound exciting, it's the first that
nucleation has been seen in action. "Nucleation is basically
an unsolved problem in many fields," said co-author Peter Ercius.
"Once you can image something, you can start to think about how
to control it." That could lead to better, stronger materials and a
deeper understanding of crucial chemical and biological reactions.
may need to be tweaked thanks to some breakthrough research.
A UCLA-led team of scientists have captured the 4D movement of
atoms through time and 3D space as they changed states, reportedly
for the first time. The results were surprising and contradicted
classical theories about "nucleation," when atoms start to
change from one form to another. The research may prove
valuable for the creation and study of new materials, chemicals and biological processes. Building on past research, the team used Berkeley Lab's
latest 3D electron microscope to examine an iron-platinum
alloy sliced into nanoparticles 1/10,000th the width of a human hair.
Those were heated to 968 degrees Fahrenheit, causing them to pass
from one solid state to another. 3D images were grabbed at
9, 16 and 26 minutes after heating while the sample was
rotated in the microscope.Using special algorithms, the team
tracked the same 33 nuclei, just 13 atoms wide, located in a
single nanoparticle. "People think it's difficult to find a needle in
a haystack," said UCLA physics and astonomy professor Jianwei
"John" Miao in a statement. "How difficult would it be to find the
same atom in more than a trillion atoms at three different times?
"As expected, the alloy changed from a slightly random state to
one where the platinum and iron atoms were more neatly aligned.
However, the scientists noted that the nuclei formed irregular
shapes rather than perfectly round ones predicted by
long-existing theories.
Furthermore, rather than having sharp borders as expected,
the arrangement of atoms was more jumbled near the surface.
While those results might not sound exciting, it's the first that
nucleation has been seen in action. "Nucleation is basically
an unsolved problem in many fields," said co-author Peter Ercius.
"Once you can image something, you can start to think about how
to control it." That could lead to better, stronger materials and a
deeper understanding of crucial chemical and biological reactions.
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