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IMNano

IMNano

IMNano

Claimed
A Science podcast
 2 people rated this podcast
IMNano

IMNano

IMNano

Claimed
Episodes
IMNano

IMNano

IMNano

Claimed
A Science podcast
 2 people rated this podcast
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Episodes of IMNano

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The Nobel Prize winning scientists, Frances Arnold, has done it again! Her team have use directed evolution to engineer enzymes that can break down the strong carbon-silicon bonds found in many products we use everyday!Reference:Nicholas S.
Time for a nanolife interview with the one and only Dr Thomas Mortelmans who delves deep into his medical biosensor and how he came out his various inventions!Check out his main biosensor work that we talk about here:ACS Appl. Nano Mater. 20
In this lit update we talk about a carbon nanotube sensor discovery that shows the current in a carbon nanotube device can pass parallel or perpendicular to the tubes and the results will be different!Reference: https://pubs.acs.org/doi/10.10
Let's review what we have accomplished, some of the missed research we didn't get to cover, and our favorite research in 2023!Intro/Outro music:Music by ⁠⁠⁠minwbu⁠⁠⁠ from ⁠⁠⁠Pixabay
Lit-Update Meet the Expert! where we get to dig deep into papers with the scientist themselves! Have you ever wondered how changes to your normal schedule affects your health? Tune in to learn more about circadian disruption and health from S
Talking about the 2023 Nobel prize in physics used in this recent paper "Functional Group Modulation in Carbon Quantum Dots for Accelerating Photocatalytic CO2 Reduction" Zhikang Liu, Weidong Hou, Huazhang Guo, Zeming Wang, Liang Wang, and Ming
Failed experiments are usually hidden in our notebooks and computer, not shared in the literature, but they're important for the scientific process! In this podcast, we'll discuss how it's also important for machine learning assisted chemical e
In this lit update we discuss some super cool new research that uses aerosol jet printing to apply a solution of COF/carbon nanotubes to make nanocomposites. Tune in the for breakdown!References: Bradshaw, Nathan P., Zoheb Hirani, Lidia Kuo
Strong heat-activated artificial muscle to move artificial hands and robotic worms?! Tune in to learn more how scientists from Korea and France used graphene and liquid crystal elastomer to develop this human-muscle inspired technology!Refere
Biotechnology startup research vs. quality control, how are the two different? Which one is more suitable for you? How do you get started in both? Tune in to learn more from Darren!Intro/Outro music:Music by minwbu from Pixabay
New series:Lit-Update Meet the Expert! where we get to dig deep into papers with the scientist themselves! Our first special guest is Brittany Smith, a PhD Candidate from Duke University, engineer, and marine life expert who is working towar
Plastics plastics plastics...when they break down into nanoplastics in the ocean, can they transport cancerous polycyclic hydrocarbons to our body?Reference:Erik B. Schiferle, Wenxu Ge, and Björn M. ReinhardACS Nano 2023 17 (6), 5773-5784DOI
We are talking about the weird and wonderful water today and it's amazing new property involving water vapours at ice cold temperatures!!References: https://www.nature.com/articles/s41586-023-05749-7 https://www.sun.ac.za/english/Lists/news
Mimicking nanopore transport using nanopore quartz tube to understand protein-protein interactions!Reference:Nanopore Detection Using Supercharged Polypeptide Molecular CarriersXiaoyi Wang, Tina-Marie Thomas, Ren Ren, Yu Zhou, Peng Zhang, J
It's like three nanotech things all in one! Fascinating research geared towards nano cancer therapeuticsReferences: Enhanced Nanobubble Formation: Gold Nanoparticle Conjugation to Qβ Virus-like Particles Perouza Parsamian, Yaning Liu, Chen
Amazing work where imine condensation reactions lead up to building molecular nanotube enantiomers using something known as Covalent Organic Pillars COP!References: Tian, Y., Guo, Y., Dong, X. et al. Synthesis of covalent organic pillars as m
We previous learned about how nanotech can help advance AI. Now, let's learn about how AI helps scientists to discover new morphologies of directed self-assembled copolymers!References:G. S. Doerk et al., Autonomous discovery of emergent mor
In this lit update we don't really talk about the paper in detail but we had a lot of fun discussing on how relevant or not nanotech is to the ai and language model space. Check it out!References: Finocchio, Giovanni, et al. "Roadmap for Unco
First episode of 2023! Let's start with reflecting on the funny mistakes we made in our early years and what we would like to improve on!Intro/Outro music:Music by minwbu from Pixabay
Last episode of 2022! We have come a long way since we first started and accomplished quite a bit this year. Tune in to the recap of 2022, what we wished we could have covered, and what we have coming up in 2023!Intro/Outro music:Music by mi
Interested in pursuing an academic career in North America? And simultaneously sharing all the fun of science online? Tune in to this nanolife interview with Prof. Ben Meekins, the mastermind behind OpenSciencePresentations!Intro/Outro music:
Incoming lit update! Check out new research that shows nanocages made from DNA are able to capture a wide range of viruses!References: Broad-Spectrum Virus Trapping with Heparan Sulfate-Modified DNA Origami Shells so fresh no official journal
Atoms, they're everywhere! They're the building blocks of everything but you can't see them with your naked eye, now you can! Sumaiya, S. A.; Liu, J.; Baykara, M. Z. True Atomic-Resolution Surface Imaging and Manipulation under Ambient Condit
Have you heard of CRISPR, the ground breaking gene editing technology? The one that got Emmanuelle Charpentier and Jennifer A. Doudna the Nobel Prize in Chemistry in 2020? This technology was repurposed by researchers from Fudan University to d
Have you heard of CRISPR, the ground breaking gene editing technology? The one that got Emmanuelle Charpentier and Jennifer A. Doudna the Nobel Prize in Chemistry in 2020? This technology was repurposed by researchers from Fudan University to d
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