Two things are bothering me...

In response The Mac to his Publication

First Love
1 John 4:19 We love him, because he first loved us.
https://www.youtube.com/watch?v=xfrsSoBkigM&ab_channel=jay-aie

REUNITED - YouTube

REUNITED|WITH LYRICS

In response Linda Moore to her Publication

❤️👌🏻

In response The Mac to his Publication
In response The Mac to his Publication

🕊Blest be the tie that binds
our hearts in Christian love;
the fellowship of kindred minds
is like to that above.🕊

In response Linda Moore to her Publication

Having departed from the temple, Jesus said, "Do not the guests assemble in the antechamber before entering the feasthall?

There, the hands and feet are washed, the head anointed, and small foods to whet the
appetite are eaten.

Even so is the Earth the antechamber of the Kingdom of Heaven."

In response The Mac to his Publication

mid 17th century (as antichamber ): from French antichambre, from Italian anticamera, from anti- ‘preceding’ + camera (see chamber).

In response The Mac to his Publication

antechamber
/ˈantɪtʃeɪmbə/

noun: antechamber; plural noun: antechambers; noun: ante-chamber; plural noun: ante-chambers

a small room leading to a main one.

In response The Mac to his Publication

lead
/liːd/

verb
gerund or present participle: leading

In response The Mac to his Publication

precede
/prɪˈsiːd/

verb
gerund or present participle: preceding
come before (something) in time.

In response The Mac to his Publication

ding (plural dings)

The high-pitched resonant sound of a bell.

In response The Mac to his Publication

Homophone: seeding

Verb
ceding

present participle of cede

In response The Mac to his Publication

A / C E D I N G

S E E D I N G

An accurate description of noise levels is of crucial importance for the correct simulation of instability-driven processes, such as the density modulation of a long proton bunch traversing a plasma.

In response The Mac to his Publication

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In response The Mac to his Publication

To insure that the correct instability develops, a seed field must be larger than the cumulative shot noise. We develop an analytical theory of the noise field and compare it with multidimensional simulations. We find that the natural noise wakefield generated in a plasma by the CERN Super Proton Synchrotron bunches is very low, at the level of 10 kV / m. This fortunate fact eases the requirements on the seed. Our three-dimensional simulations show that even a few tens MeV electron bunch precursor of a very moderate intensity is sufficient to seed the proton bunch self-modulation in plasma.

In response The Mac to his Publication
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