After a long journey, a delayed flight, and staying awake for 25 hours, I finally arrived in Philadelphia yesterday evening. Now, I’m rested and ready for the 3rd International MXene Conference at Drexel University!
Today I took the liberty (pun intended!) to visit a very important place and it put me in a reflective mood about how important freedom is in every aspect of our lives, including science. I must admit that it is easy to forget about being grateful for my workplace Łukasiewicz - Institute of Microelectronics and Photonics where I have all the freedom I need to pursue my scientific experiments. The beginning of the #SIMS experiments on #MXene samples was nothing like the Liberty Bell which cracked early and was repaired several times. For the first few months, I did not even have any cracks in my results, I literally had nothing at all! And yet nobody forced me to abandon the idea of reaching the atomic depth resolution for these samples and focus on easier tasks. I persisted and now SIMS results are presented in several journals, including those from Nature family and more will come soon! And here I am, presenting the SIMS technique during the MXene conference organized at its birthplace, A.J. Drexel Nanomaterials Institute!
During the panel “The Place of MXenes in the Nanomaterials World” I will present my perspective as a scientist who is focused on characterization. I always had a feeling that analysis had to catch up with our abilities to produce various nanomaterials. We can produce them but how can we see them? There is no and will never be a single universal technique that can tell us everything. But even combining several of these methods will not give us a full picture, hence there is a constant need to develop new techniques that can bring us closer to fully comprehending the structure of these innovative materials!
The take-home message from my talk? We got used to calling MXenes transition metal carbides, nitrides, and carbonitrides. Up to date, I analyzed more than 4500 different samples from all around the world, produced in different laboratories and more than 99% (that's right! More than ninety nine percent!!!) of these samples are actually oxycarbides, oxynitrides, and oxycarbonitrides! Yes, we can produce them but can we really see what they are?
Application Specialist at Brainlab
1moCongrats Dr Sebastian Haegele! Well deserved :)