A New Strategy to Produce Photocatalytic H2O2, "A Threefold Approach to Boost Photo-harvesting Efficiency in Covalent Organic Frameworks via Strategic N-Centre Regulation"
Congratulations @SUDIPMAITY514@skglab_iiserp
Thanks to @ANRFIndia@IISERPune
https://t.co/iUoUVQsFna
The Role of Different Types of Advanced Functional Porous Materials (AFPM) to Produce Photocatalytic H₂O₂.
Check out recent Review from @skglab_iiserp@IISERPune@ChemistryIISERP in @ChemicalScience
Congratulations, @Sagarmani27 for this great effort.
https://t.co/1Kx2XU2VIg
Interested people can apply @IISERPune and Please share
Postdoctoral Fellow - Single Molecule Nucleocytoplasmic Transport
Post-Doc at Texas A&M University
https://t.co/Vu9Do1ClJm
Congratulations to the Chem N prize winners trio. Feeling both lucky and great that I got chance to work with Prof Kitagawa. First meeting with two of them together in 2006. 🙏@KitagawaGroup
FYA: @MOF_Universe@GWPore@RSC_PorMat@9thMOF2024
“My parents could barely read or write. It’s been quite a journey, science allows you to do it.”
New laureate Omar Yaghi was in the middle of changing flights when we reached him, just after he heard that he had been awarded the 2025 #NobelPrize in Chemistry.
In this interview we speak about his early life as a refugee in Jordan and the overwhelming draw of the beauty of chemistry: “I set out to build beautiful things and solve intellectual problems.”
Listen now:
Through the development of metal–organic frameworks, 2025 chemistry laureates Susumu Kitagawa, Richard Robson and Omar Yaghi have provided chemists with new opportunities for solving some of the challenges we face.
Following the laureates’ groundbreaking discoveries, researchers have created numerous different and functional metal–organic frameworks (MOF). So far, in most cases, the materials have only been used on a small scale. To harness the benefits of MOF materials for humanity, many companies are now investing in their mass production and commercialisation. Some have succeeded. For example, the electronics industry can now use MOF materials to contain some of the toxic gases required to produce semiconductors. Another MOF can instead break down harmful gases, including some that can be used as chemical weapons. Numerous companies are also testing materials that can capture carbon dioxide from factories and power stations, to reduce greenhouse gas emissions.
Some researchers believe that metal–organic frameworks have such huge potential that they will be the material of the twenty-first century.
#NobelPrize
Congratulations to the 2025 Nobel Laureates in Chemistry — for their pioneering development of MOFs.
This recognition honors a field that has revolutionized porous materials, gas storage, catalysis, and clean energy applications — shaping the future of sustainable chemistry.
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2025 #NobelPrize in Chemistry to Susumu Kitagawa, Richard Robson and Omar M. Yaghi “for the development of metal–organic frameworks.”
A new article from our group has been published in the latest volume of the Annual Review of Physical Chemistry by @AnnualReviews! Read the article "Resolving Conformational Plasticity in Mammalian Cells with High-Resolution Fluorescence Tools" here 👉 https://t.co/LvF2VRPyE1