Published: 7/28/2021

The 2018-2019 HMNL Senior Design Team published their work on creating a thermocapillary dynamic spatial light modulator in Optics Letters. Here they showed for the first time that the thermocapillary dewetting could be used to make a dynamic optic. This method has the advantage of being able to operate with only a thin liquid layer over a high-quality reflective surface, meaning it could be applied to high power lasers. You can read the article here.

Published: 10/04/2020

The HMNL and the Zahn and Zou Lab's recent work on self-limiting electrospray on thin film and dewetted templates has been published in Scientific Reports. The combination of laser dewetting and electrospray both brings together two of our lab's research thrusts and also is the first step to realizing the potential of developer-free lift-off. This work was funded by NSF award 1911518. You can read the article here.

Published: 01/02/2019

HMNL's Tianxing Ma, Mike Nitzsche, Arielle Gamboa, and Valeria Saro-Cortes have published a manuscript that explores focused laser spike dewetting as a technique to create densely-packed monodisperse metal nanoparticles in localized areas in ambient conditions by manipulating capillary and thermocapillary dewetting on fluid-fluid interfaces. Read about it in ACS Applied Nano Materials.

Published: 11/14/2018

Our research work on 3D compatible sacrificial nanoimprint lithography (SNIL) to functionalize thermoplastic materials has been published in the Journal of Micro- and Nano-manufacturing. This work is a collaboration among HMNL, researchers at Yale, and participants of New Jersey Governor’s School for Engineering and Technology Program. To read this paper click here.

Published: 05/19/2018

HMNL undergraduate Arielle Gamboa has published a manuscript that explores selective dewetting and non-dewetting of multilayer films. Read about it in Materials Advances.

Published: 03/24/2018

HMNL's Lin Lei has published a manuscript in collaboration with Lisa Klein (Rutgers MSE) and Andrei Jitianu (CUNY-Lehman Chemistry) that reveals the different regimes of electrospray deposition and identifies a regime capable of controlled microscale coatings of complex 3D objects. Read about it in ACS Applied Materials & Interfaces

Published: 12/27/2015

Collaborative work between the HMNL and researchers at Yale University on the sacrificial imprint of bulk metallic glasses has been featured on the front page of Microsystems & Nanoengineering, a new journal from Nature Publishing Group. See the full article here.

Published: 2/16/2021

The lab of Jan Schroers' work in collaboration with HMNL on the laser annealing of aluminum metallic glass alloys has been published in Scientific Reports. Here we show that single spot laser annealing and dewetting of a combinatorial alloy arrays can reveal the best glass former under SEM. This massively accelerates the rate of alloy testing and will allow for rapid determination of what materials can be employed as bulk metallic glasses. You can read the article here.