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Enjoy the wonderful talk aimed at breaking the barriers of disciplines and diving into MolCom world! Genetic switches and circuits based on nucleic acids youtu.be/iocEKquAUxo?si… For more such videos, visit MBMC-TC's YouTube channel : youtube.com/@ieeecomsocmbm…

Check this paper on affinity-division multiplexing technique for molecular communications by Murat Kuscu and team! tinyurl.com/ynmbpf93 Koç Üniversitesi IEEE ComSoc IEEE ACM NanoCom

CFP on Quantum Biology: Series II in IEEE TMBMC. Please submit! tinyurl.com/ynk7p6av Quantum Physics IEEE ComSoc ACM NanoCom #QuantumComputing #Quantum

Congratulations Adam Noel Werner Haselmayr, Chun Tung Chou Murat Kuscu for the "Editor of the Year Award"! Thank you for your service and dedication!

Please #share! Multiple #Grad student positions available in my lab at Massachusetts Institute of Technology (MIT) in nanoelectronics, spintronics, magnetics, antenna, biomedical devices and neurotechnology. I specifically encourage #women and communities marginalized in STEM to apply! Deadline Dec 15

Please RT: We have multiple postdoc positions available. Area of interest are joint communication and sensing, AI, cloud native RAN implementation, Reconfigurable surfaces, future comms security. Deadline 7 Jan, apply here: my.corehr.com/pls/uogrecruit…

Receivers for Molecular Communication systems is an important element to allow connectivity to the Cyber-system. Check out this work by Zhang et al., which proposes a micro-scale receiver for molecular communications- tinyurl.com/yhmn26dj. Shanghai Jiao Tong University #molecularcommunications

TMBMC December issue is now out. Please check it out - tinyurl.com/5n6mfzje Happy New Year to All!

Molecular Communications is not only restricted to healthcare, but can also be applied to characterizing information transfer in plants. Please check this out in this latest paper - tinyurl.com/5n7j9tvz by Ruzzante et al. Politecnico di Milano IEEE ComSoc

Reliable and efficient intra-communication is one of the major challenges for implantable devices. Check out the latest paper by Tang et al. that address this with ultrasonic dynamic power splitting (UDPS) scheme. tinyurl.com/3rzyea6d University of British Columbia

Check out the latest paper by Hadeel Elayan, EckfordLab and Raviraj S. Adve on using terahertz signals to control protein folding in cells. This can lead to new breakthrough targeted control of proteins in cells for IoBNT! tinyurl.com/3a4auu4z University of Toronto York University

Check out the last paper by Wu et al on a new source-channel coding algorithm for DNA image storage using deep learning approaches! The new scheme can improve the peak signal-to-noise ratio as well as structural similarity. tinyurl.com/39cxv8ta

IEEE T-MBMC March 2024 issue (vol. 10, no. 1) is out now! ieeexplore.ieee.org/xpl/mostRecent…

One of the most important component in molecular communications research is the development of a testbed. In the paper by Cali et al (tinyurl.com/bdcmcbuj), a MoSK tested is proposed with the receiver decoding fluorescence signals emitted by Graphene Quantum Dots.

I am pleased to announce my IEEE ComSoc Distinguished Lecture Tour through eastern Canada. Hope to see you at one of these talks: Monday May 6: Ottawa Tuesday May 7: Kingston Wednesday May 8: Montreal Friday May 10: Quebec City

Please check out the last paper by Ntetsikas et al that looks at molecular communications established through engineering of yeast cell - tinyurl.com/pu6nkdhf! This can lead to novel biosensor networks of the future. #molecularcommunications IEEE ComSoc IEEE

The recent T-MBMC has a special issue on “Microfluidic Systems for Molecular Communications” by the guest editors Werner Haselmayr, Yansha Deng, Tuna Tugcu,  Ali Salehi-Reyhani - tinyurl.com/2s4dbp52. IEEE ComSoc ACM NanoCom IEEE

Please check out the "Quantum Biology: Series II" Special Feature in IEEE TMBMC by Harun Silk. Fours papers were published looking at quantum in mol coms as well as other biological systems. tinyurl.com/43sh47wv #quantum IEEE ComSoc IEEE

Check out this TMBMC paper that uses game theory to explore the effect of behavioral interactions among transmitter nanomachines in a three-dimensional (3-D) diffusive environment - - lnkd.in/gGQbXyMM. IIT Delhi VNIT Nagpur IEEE ComSoc IEEE

Please consider submitting to this very exciting special issue let by Samitha Sulakshana Somathilaka!