Md Iqbal Hosssain, PhD
Postdoctoral Research Associate
Department of Chemistry
Purdue University,
West Lafayette, IN.
Md Iqbal Hosssain, PhD
Postdoctoral Research Associate
Department of Chemistry
Purdue University,
West Lafayette, IN.
Recent Highlights
Our patent application on "Ionic liquid-based piezoelectric apparatus and related methods has been granted". You can call me 'Scientist' now!!
I am glad to share that I have joined as a Potsdoctoral Research Associate at Purdue Chemistry . I'll be working with Professor Shelley Claridge. Lot's of cool science is loading!!!!
Check out! Our recent works available online
IN THE NEWS MEDIA
The publication of 'Ionic Lqiuds Exhibit the Piezoelectric Effect' in Journal of Physical can Chemistry Letters has been highlighted by meida all over the worlds. A few are given below
“Scientists spot piezoelectric effect in liquids for the first time” (The Hindu, India)
This article contextualized the discovery as a profound challenge to existing piezoelectric theory and emphasized the potential environmental and technological applications of these novel materials. The Hindu
“Piezoelectric effect in liquids observed for the first time” (Phys.org)
Highlighted the breakthrough as the first observation of piezoelectricity in liquids, describing how squeezing ionic liquids generated electricity, and noting the potential for future applications in optics and hydraulics. Phys.org
“Liquid Salts Bring Push-button Lenses Into Focus” (IEEE Spectrum)
Described the team’s discovery as groundbreaking, suggesting that electrically controllable optics and hydraulics could become possible thanks to liquid piezoelectrics. IEEE Spectrum
MSU News: “Blanchard Lab Discovers the Piezoelectric Effect in Liquids” (MSU Today)
Showcases the unexpected experimental journey leading to the discovery, the paper’s strong altmetric attention, and its implications for practical energy conversion technologies. MSU Chemistry
“Piezoelectric liquids: NSF award builds on first-ever discovery” (MSU Today)
Reports on a $450,000 NSF award granted to support continuation of this work, underlining both the scientific and training potential arising from this discovery. Michigan State University
The publication of 'The effect of dilution on induced free charge density gradients in room temperature ionic liquids' in Physical Chemistry Chemical Physics has been highlighted by
Past Conferences!!
I am delighted to share that I presented my upcoming works at ACS Spring 2023 at Indianapolis titled 'Selective Interrogation of polar and non-polar regions in the 1-Decyl-1-methylpyrrolidinium bis(trifluoromethylsulfonyl)imide (DMPyrr+TFSI-) and 1-decanol binary system'