$1 in 1996 was a bottomless plastic cup of PBR. Also well worth it.
$1 is 2011 is the cost of an overnight diaper that my three year old son throws away in the middle of night because he says he doesn't like it.
52 karma · joined August 28, 2015
$1 in 1996 was a bottomless plastic cup of PBR. Also well worth it.
$1 is 2011 is the cost of an overnight diaper that my three year old son throws away in the middle of night because he says he doesn't like it.
iCIMS would like to access some of your LinkedIn info:
YOUR PROFILE OVERVIEW
YOUR FULL PROFILE
YOUR EMAIL ADDRESS
YOUR CONNECTIONS
YOUR CONTACT INFO
NETWORK UPDATES
GROUP DISCUSSIONS
INVITATIONS AND MESSAGES
So I looked up what this meant :
Network Updates - Retrieves and posts updates as you.
Group Discussions - Retrieves and posts group discussions as you.
Invitations and Messages - Sends messages and invitations to connect as you.
So it seems I gave them access to pretty much every feature except the ability to close my account and/or change the password (which I promptly did.) Woops.
This is a category of dark patterns: have the user click on something that has been benign the last 20 times they've seen something similar, but this time isn't.
Remote: Yes
Willing to Relocate: No.
Technologies: Matlab, Python, and lots of geometry. Looking to do some machine learning.
CV: 20+ refereed papers. 2 NSF grants. Ph.D in math, postdoc at an Ivy. Currently Assistant Professor.
Email : mwfd541 @gmail
Sorry to be cagey, but I'm keeping secret my fantasy of becoming a data scientist, lest I be labeled an apostasy by my colleagues.
mwfd541 at gmail
You should visit the IAS in Princeton sometime.
I don't see how this follows or doesn't follow from physics. Certainly, according to physics, God is not necessary. But to most believers God is not something that cares about physics, because God exists outside physics. Physics can only comment on what is governed by physics. Telling people they are ignorant does not refute this basic objection.
I'll put in another way. Perhaps we can say everything we want about the closed (let's just say 10-dimensional) manifold on which we live. We can pinpoint exactly where the negative signature of the metric degenerates, we can solve Cauchy problem for all time, or whatever. How does that tell us any information about a larger ambient manifold, or any disconnected components of the manifold? After all, Nash's Embedding Theorem holds for all signatures.
There's a few too many straw-men running around here. I'm attempting to summarize my view of an argument, and asking if that's correct.