Are you Larry David?

Rod Farva level of stupid.

Good. If the regents and their lackeys had their way, everyone at the UC would be working for the military industrial complex and the executive leadership would keep raking in their bloated, obscene salaries.

The faculty and students make the university, and without them it's just another grift. I don't know if this charge will have an effect, but it must be tried.

Women are not really relevant to what the actives are trying to do so they are obviously not bringing them up at convention or not this video helped me understand why an elementary schooler might actual know what we find a new leak in our ceiling and we also need to secure a cat sitter to the firehose of content that a massive social media platform brings.

(Slight) hyperbole aside, it seems like a week doesn't go by without reading about another brown child or teenager being aged up when the capitalist owned media wants to run cover for wanton government violence against them. This is from the same rotten root that leads to black, indigenous, and immigrant children in the US getting long prison sentences (and in the past, executed) after being tried as adults for crimes that, if they were white, would much more likely see them tried in juvenile court.

Sorry for veering off topic, I happened to recently read a paper on disparities in the US judicial process by race for juvenile defendants, and needed to vent.

I feel the opposite, but not because Lan isn't an amazing badass. It's because fades are hardcore, and wasn't it 3 fades he fought (he chopped one's head off while two more emerged from the shadows, I think) instead of just 2? I think the fades were just about right power-wise or maybe even nerfed a bit, to be honest. Lan could take 1, would struggle with 2, but 3? He did a pretty good job killing 2 of 3, tbh.

In addition to the great suggestions others have already provided, check out Emma Goldman's writings if you haven't already. They might appeal to you and she has some interesting takes.

Here's a good starting point: http://dwardmac.pitzer.edu/Anarchist_Archives/goldman/GoldmanCW.html

I love Lauren's videos so much! His attention to detail, editing skills, and comprehensive story telling are second to none. I hope he keeps making videos through the entire run of the show; I know he took a break during the negativity surrounding the end of season 1 but his content always elevates the original works for me - and I mean both the books and the show!

You are saying that sucralose (or a metabolite thereof) could alkylate DNA - and theoretically proteins too - correct? Like what sulfur mustard gas does?

I did a quick search and couldn't find any papers demonstrating a mechanism of action for that, although I skimmed a few that postulated that a dichlorinated hydrolysis product might be the true carcinogenic agent. Do you know of any studies that demonstrate that the alkylation can happen, either in vitro or (ideally) in vivo? Or maybe some better search terms to use, that could be my issue...

I am truly curious about this, I never knew the chemical structure of sucralose until I read your comment and subsequently looked it up.

Nickel or iron would be a lot cheaper and could get the job done with some tweaking, good suggestion. I've done aromatizations of cyclohexene derivatives with sulfur in the past that have been pretty high yielding too (which is why I mentioned it), and bubbled the hydrogen sulfide gas through bleach and other aqueous oxidants to prevent stench. Sulfur is dirt cheap, but it was used stoichiometrically.

As you say though, the biggest step forward was already done by this group - switching feedstock to biomass. I hope to see more and more of this type of research to deliver on the promise of 'green chemistry', which in my past experience has been used as a label somewhat dubiously just to make a journal submission stand out.

Aww, lovely cat! I bet that white chest and belly fur is just the softest stuff ever!

Very interesting articles - both the phys.org one and journal submission it describes. I appreciate the research group's use of solvent-free and one-pot reactions wherever possible, it really shows their commitment to finding the most sustainable overall process.

The aromatization steps using palladium (0) are of course standard processes used by the oil refining industry, but I wonder if there are other methods (maybe using sulfur?) that don't involve the use of rare metals...probably wouldn't have the same atom economy as using catalytic Pd though, I am just curious rather than criticizing their choice.