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2023-11: Warosu is now out of extended maintenance.

/jp/ - Otaku Culture


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11494933 No.11494933[DELETED]  [Reply] [Original]

>implying you don't hate weaboos because you miss being 15 and having all the time in the world to complain about life, be beta as fuck and watch animu

>> No.11494933,1 [INTERNAL] 

imblying im not eternally 15

>> No.11494946

>>11494933
Who the HELL are you quoting?

>> No.11494947

>>11494933
>implying im not 25 and having all the time in the world to complain about life, be beta as fuck and watch animu

>> No.11494952

>>11494933
I hate weeaboos that are actually weeaboos.
Liking japanese culture and watching anime and shit isn't being weeaboo.

>> No.11494958
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11494958

Is the fuse lit or not?

>> No.11494966

OP is a non-NEET -please delete thread and go to a non-NEET board please

>> No.11494974

>not being able to enjoy your hobbies and having a social life as well
Get on my level, ya bish

>> No.11494975

Who are you sanaeing?

>> No.11494977

A primary focus of the research in the Bryant laboratory is of information obtainable from the magnetic relaxation dispersions (MRD) or from the magnetic field dependence of the nuclear spin-lattice relaxation rate as a function of the magnetic field strength. The unique instrumentation, constructed in the Bryant Lab, permits acquisition of MRD profiles for a variety of nuclear resonances in high resolution. The collected MRD profiles report relative inter and intramolecular motions over the time range from about ten microseconds to one picosecond. The measurements are sensitive to relatively weak intermolecular interactions and permit definition of highly localized intermolecular free energy differences in solutions. Multinuclear studies of proteins in a number of dynamical environments provide a fundamental characterization of how the protein structure fluctuates in time and how energy is redistributed in the folded structure. The practical implications range from understanding protein catalytic function to developing new techniques for diagnostic medicine in the context of magnetic resonance imaging or MRI

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