Member Profile
Paul Chirik
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Featured
A featured contribution.
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Contribution (29)
Paul's contributions to IGERT.org.
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Recognition (1)
Paul has been mentioned in the following items.
Nanostructured materials for high-performance lithium batteries
Working with a team of interdisciplinary engineers and scientists at Cornell University, NSF-funded IGERT Fellow Jennifer Schaefer has developed a new electrolyte for next-generation lithium ion batteries.... More »
Working with a team of interdisciplinary engineers and scientists at Cornell University, NSF-funded…
A sustainable future is ultimately for humanity. Thus novel materials must be designed and developed…
The current state of the field and overarching challenges of what is loosely called “Sustainable…
Economics can be defined as the study of choice given scarcity. Given this definition, every environmental…
The IGERT program in Materials for a Sustainable Future at Cornell University is bringing together…
A cross-departmental team of researchers at Cornell has used atomistic modeling to understand the…
IGERT Trainee Paul Cueva and his colleagues developed a new technique to characterize materials…
IGERT Fellow Thomas Derrien successfully isolated intact chloroplasts from algae for use in next-generation…
IGERT Fellow Brian Calderon has developed a new, potentially industrially integrable technique for…
Ever since superconductivity was discovered in 1911, scientists have been searching to find superconductors…
Sample preparation is essential to the success of many detection assays. IGERT Fellow Lauren Matlock-Colangelo…
Most alternative solar cell designs rely on interfacial electron transfer to separate photogenerated…
One of the major goals of the IGERT program is to inform both the IGERT Fellows and the science and…
Silicon solar cells remain too expensive for many applications, while less expensive alternatives,…
IGERT fellow Angela DiCiccio designed catalyst systems to control polymer sequences for the creation…
The IGERT program has developed an interactive module that explores sustainable industry practices…
Fibers have been used by humans since the beginning of civilization in making ropes, clothing, weapons,…
Understanding and controlling the fracture of low weight, high strength metals, such as aluminum,…
Working with a team of interdisciplinary engineers and scientists at Cornell University, NSF-funded…
Working with a team of interdisciplinary engineers and scientists at Cornell University, NSF-funded…
As part of the Cornell Nanophotonics Group, IGERT Fellow Nicholas Sherwood investigated the physics,…
IGERT Fellow Jennifer Nugent has been synthesizing and characterizing new polymer-ceramic hybrid…
Modern challenges in sustainability are inherently molecular in origin. The development of practical…
To explore sustainability from a business perspective, Prof. Margaret Frey (Fiber Science) developed…
One of the major goals of the IGERT program is to inform both the IGERT Fellows and the science…
Most industrial catalysts for the polymerization of ethylene into polyethylene (a plastic) require…
IGERT Fellow Raymond Burns developed a synthetic method for making new catalyst supports for hydrogen…
IGERT Fellow Will Tipton has studied the energetics of defect formation in the semiconductor zinc-oxide…
IGERT Fellow Mary Rebovich created piezoelectric fibers that will generate an electrical potential…
Modern challenges in sustainability are inherently molecular in origin. The development of practical…
