BioLEC EFRC(@BioLECEFRC) 's Twitter Profileg
BioLEC EFRC

@BioLECEFRC

The Bioinspired Light Escalated Chemistry (BioLEC) Energy Frontier Research Center (EFRC)

ID:1050388179814109185

linkhttp://chemlabs.princeton.edu/biolec calendar_today11-10-2018 14:10:32

79 Tweets

232 Followers

72 Following

DOE Office of Science(@doescience) 's Twitter Profile Photo

Think like a plant! That's what researchers Princeton University did when they developed a catalyst that makes chemical reactions productive for longer. Based on how photosynthesis works, they slowed down a step in a chemical process to get more out of it: chemistry.princeton.edu/news/scholeskn…

Think like a plant! That's what researchers @Princeton did when they developed a catalyst that makes chemical reactions productive for longer. Based on how photosynthesis works, they slowed down a step in a chemical process to get more out of it: chemistry.princeton.edu/news/scholeskn…
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BioLEC EFRC(@BioLECEFRC) 's Twitter Profile Photo

Congratulations to BioLEC EFRC's Gabriela Schlau-Cohen, Prof. Abigail Doyle, and @todd_hyster, who have all won 2022 ACS National Awards! cen.acs.org/people/awards/…

Congratulations to @BioLECEFRC's @gabriela_ssc, Prof. Abigail Doyle, and @todd_hyster, who have all won 2022 ACS National Awards! cen.acs.org/people/awards/…
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Princeton Chemistry(@PrincetonChem) 's Twitter Profile Photo

The MacMillan Group published today in 'Nature Chemistry' on the photoredox-catalyzed site-selective functionalization of tyrosine residues, in collab with the Scholes Lab and @BMSNews. Congrats Beryl, Daniel, Steven, Daniel, Greg, Dave, and all: go.nature.com/3hctckV

The @MacMillan_Lab published today in 'Nature Chemistry' on the photoredox-catalyzed site-selective functionalization of tyrosine residues, in collab with the Scholes Lab and @BMSNews. Congrats Beryl, Daniel, Steven, Daniel, Greg, Dave, and all: go.nature.com/3hctckV
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MacMillan Group(@MacMillan_Lab) 's Twitter Profile Photo

Our latest work in J. Am. Chem. Soc. uses pulse radiolysis to directly generate & probe Ni(I) intermediates commonly invoked in cross-coupling, as part of a great collaboration with Matt Bird Matt Bird & coworkers at Brookhaven Lab through BioLEC EFRC. pubs.acs.org/doi/10.1021/ja….

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Matt Bird(@MBirdChem) 's Twitter Profile Photo

We are looking for a postdoctoral research associate with expertise in synthetic photochemistry and an interest in mechanistic studies to join the BioLEC EFRC team at Brookhaven Lab.

jobs.bnl.gov/job/upton/post…

biolec.princeton.edu

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Xiao Liu(@XiaoGoBlue) 's Twitter Profile Photo

Glad to be part of this work. New perspective from BioLEC EFRC:

Solar fuels and feedstocks: the quest for renewable black gold
pubs.rsc.org/en/content/art…

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Gabriela Schlau-Cohen(@gabriela_ssc) 's Twitter Profile Photo

New perspective from BioLEC EFRC ! with Dr. Dani Arias-Rotondo Minjung Son and led by the twitterless Hannah Sayre. Solar Fuels and Feedstocks: The Quest for Renewable Black Gold - now published in Energy & Environmental Science pubs.rsc.org/en/content/art… DOE Office of Science @EES_journal

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Princeton University Research(@princetonideas) 's Twitter Profile Photo

What is the role for quantum vibrations in the transfer of electrons for solar energy conversion? Check out research by Princeton Prof Greg Scholes and his team in Nature Chemistry BioLEC EFRC vimeo.com/489109930

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Princeton Chemistry(@PrincetonChem) 's Twitter Profile Photo

Just out in J. Am. Chem. Soc., research from BioLEC EFRC showing that direct excitation of flavin hydroquinone within “ene”-reductase active sites enables new substrates to participate in photoenzymatic reactions. Congrats Braddock, Phillip, Dan, Yuji, Greg, Todd.

Just out in @J_A_C_S, research from @BioLECEFRC showing that direct excitation of flavin hydroquinone within “ene”-reductase active sites enables new substrates to participate in photoenzymatic reactions. Congrats Braddock, Phillip, Dan, Yuji, Greg, Todd. #chemistry #phdchat
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DOE Office of Science(@doescience) 's Twitter Profile Photo

A more environmentally friendly and less wasteful way to produce the polymers that make up plastics is to use UV light. With our support, researchers from NC State University have found ways to use lower energy yellow or green light to make polymer gels news.ncsu.edu/2020/09/photoa…

A more environmentally friendly and less wasteful way to produce the polymers that make up plastics is to use UV light. With our support, researchers from @NCState have found ways to use lower energy yellow or green light to make polymer gels news.ncsu.edu/2020/09/photoa…
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DOE Office of Science(@doescience) 's Twitter Profile Photo

Researchers at Princeton University have yielded a new platform to allow chemists to reinterpret the rules of stereochemistry and stereocontrol, a discovery with important implications for the pharmaceutical and agrochemical industries
chemistry.princeton.edu/news/hyster-an…

Researchers at @Princeton have yielded a new platform to allow chemists to reinterpret the rules of stereochemistry and stereocontrol, a discovery with important implications for the pharmaceutical and agrochemical industries chemistry.princeton.edu/news/hyster-an…
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Royal Society of Chemistry(@RoySocChem) 's Twitter Profile Photo

The organisers of this week's event spoke to Chemistry World about their stories and hopes for the event.

Let's amplfy Black voices and celebrate Black excellence in chemistry. Follow BlackInChem Dr. Dev 👩🏽‍🔬💙 Ayanna & ☄Ashley🔭Lindalía☄ ⚗️🧪 and get involved

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J. Am. Chem. Soc.(@J_A_C_S) 's Twitter Profile Photo

Phil Castellano (The Castellano Group) writes on the progress towards deterministic control of thermally activated delayed photoluminescence - which promises bespoke photosensitizers and light emitters - in the latest
acspubs.co/tNMT50AgGJ4

Phil Castellano (@CastellanoGroup) writes on the progress towards deterministic control of thermally activated delayed photoluminescence - which promises bespoke photosensitizers and light emitters - in the latest #JACSPerspective acspubs.co/tNMT50AgGJ4
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J. Am. Chem. Soc.(@J_A_C_S) 's Twitter Profile Photo

Excitation of Ni-photoredox intermediates generates d-d states that can form Ni(I) via Ni-aryl homolysis. Read more about this work from Princeton Chemistry NC State Chemistry BioLEC EFRC: acspubs.co/k30S30qovQA

Excitation of Ni-photoredox intermediates generates d-d states that can form Ni(I) via Ni-aryl homolysis. Read more about this work from @PrincetonChem @NCStateChem @BioLECEFRC: acspubs.co/k30S30qovQA
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