The Quantum DNA (qDNA) group at Boise State pioneers the use of DNA as a programmable architecture to organize dye molecules for quantum information systems.
Boise, Idaho
Joined December 2021
- Tweets13
- Following32
- Followers34
- Likes2
Boise State University's Quantum DNA Group had the honor of hosting distinguished members of the U.S. Council on Competitiveness for an exclusive tour of our cutting-edge research. linkedin.com/posts/msmse_boi…
Thank you everyone who attended and presented at our first NSF Engines workshop on quantum supply chain May 16-17th.
boisestate.edu/qdna/2024/05/…
"Happy International Women’s Day"
The @quantumDNAGroup of @BoiseState celebrates the contributions of women in nanoscience. Our researcher @GisselaPascual has been featured in @nanoscale_rsc for publishing impactful work. #InternationalWomensDay2024
In line with #InternationalWomensDay2024, we would like to highlight some of the excellent women researchers publishing impactful work in nanoscience. Check out our collection celebrating some of the amazing women in nano science
🔗pubs.rsc.org/en/journals/art…
ALT Collage of women researchers featured in the collection
Our most recent work @QuantumDNAGroup of @BoiseState published in @nanoscale_rsc has potential applications in #excitonics based materials and #QuantumInformationScience. #quantumcomputing #opticalInformationProcessing #lightharvesting @INL @USNRL @materialsrocks
ICYMI! The effect of hydrophilicity-imparting substituents on exciton delocalization in squaraine dye aggregates covalently templated to DNA Holliday junctions has been studied in the latest Nanoscale article from the @QuantumDNAGroup @BoiseState 👇
pubs.rsc.org/en/Content/Arti…
The @QuantumDNAGroup 📷 presented work and celebrated science at #FNANO 2023 at @Snowbird Utah, last week. 📷📷#DNA #nanotech #excitonics @DNA_Nanotech #BoiseState
Our five specialized teams presented their work on characterizing excitonic materials templated by DNA. 📷📷
Our recent work Exciton Chirality Inversion in Dye Dimers Templated by DNA Holliday Junction will open new opportunities for creating excitonic DNA-based materials that rely on programmable system chirality.@QuantumDNAGroup @USNRL #QuantumInformationScience, #DNAnanotech.
Using #dnananotechnology researchers at @QuantumDNAGroup @BoiseState created mirror image dye dimers that are excitonically coupled in solution.
go.acs.org/3ek
QuantumDNAGroup retweeted
Spectral tailoring of cyanine dyes within a 4-arm #DNA junction - great collaboration between @USNRL @BoiseState @QuantumDNAGroup #dnananotechnology groups out in @ACSPublications @JPhysChem pubs.acs.org/doi/10.1021/acs…
Check out our most recent work: Controlling the spatial orientation of #SingleMolecules tethered on
#DNAorigami using intercalation and stretching strategies, by @QuantumDNAGroup
@USNRL. Results with strong implications for #excitonics, #QuantumInformationScience,
#DNAnanotech.
New controls in DNA-based nanoarchitectonics: Intercalation and Stretching Strategies for
Controlling the Spatial Orientation of Single Molecules Tethered on DNA Origami Templates Physisorbed
on Glass Substrates. #DNAorigami #DNAnanotech #DNAPAINT
DOI: doi.org/10.3390/ijms23147690
A new publication by the Quantum DNA Group
@BoiseState regarding #photocrosslinking in DNA constructs. #QuantumInformationScience
#DNAnanotech @INL @USNRL @materialsrocks @BlackPhysicists
#RecommendedPaper #HighlyAccessedPaper
Photocrosslinking to elucidate structural characteristics of DNA-templated squaraine dye aggregates with potential applications in organic optoelectronics and quantum computing
By Jeunghoon Lee, Olga A. Mass,et al.
👉mdpi.com/1420-3049/27/13/400…
A recent JPC C article from @BoiseState uses #DNAnanotech to examine the role of excitonic coupling in dye aggregates templated by DNA with potential applications in #QuantumInformationScience.
@INL @USNRL @materialsrocks @BlackPhysicists
pubs.acs.org/doi/10.1021/acs…
The Quantum DNA Research Group at Boise State is now live on twitter! We recently received this tweet for a paper published in the Journal of Physical Chemistry. @BoiseState @INL @USNRL @materialsrocks @BlackPhysicists
A JPC B article from @BoiseState uses #DNAnanotech to engineer delocalized excitons in dye aggregates for energy transfer--with potential applications in #QuantumInformationScience--using synthetic DNA analogs.
go.acs.org/eI
