Cory Nealon

University at Buffalo
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Strengthen Your Manufacturing Sales Resiliency
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This Wednesday, March 2, 2016 photo shows an Amazon Tap in San Francisco. Amazon.com is introducing two devices, the Amazon Tap and Echo Dot, that are designed to amplify the role that its voice-controlled assistant Alexa plays in people's homes and lives.
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Amazon Amplifies its Voice-Controlled Devices
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From ‘Mythbusters’ to Hands-On Honing
Using the OLED structure in this schematic, researchers were able to delay the degradation in brightness of an OLED with the TADF emitter 4CzIPN by eight to sixteen times. First, the hole blocking layer was sandwiched between layers of Liq with thicknesses of 3 nm on the emitter side and 2 nm on the electron transport side. This newly developed modification enhanced the lifetime by eight times (red line). The lifetime was further increased by a factor of sixteen overall (green line) by also doping the emitter and host layer with an electron transport material and doping the electron transport layer with Liq, two enhancements previously reported in the literature for other OLEDs. The devices were operated at a constant current with an initial brightness of 1,000 cd/m2, and the lifetime plots in this figure were smoothed for clarity. These improvements bring highly efficient and low-cost displays and lighting with TADF materials one step closer to reality.
Product Development
Tiny Tweak Becomes OLED Breakthrough
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We've Revealed How Manufacturers Are Driving Results With AI
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The right choice varies by situation. Learn which pitfalls to avoid and what to consider in making the best selection.
June 22, 2026
The images above, from the top left moving clockwise, shows an electronic circuit being increasingly stretched.
Product Development
Ancient Paper Art Improves Smart Clothing
Electronic components are like a yoga novice, they don't stretch easily.
April 4, 2018
A photograph (left) shows the experimental set-up used to confirm the existence of the Bloch wave resonance, which was first predicted theoretically. An illustration (right) shows the interior of the experimental device, called a hollow periodic waveguide, which consists of two corrugated metallic plates separated by a variable distance of about one inch, and the upper plate can slide with respect to the lower. When researchers shot microwaves between the plates through the air, they were able to control which wavelengths of microwaves were allowed through by varying the position of the upper plate.
Product Development
Engineers Discover New Light Gatekeeper
Imagine a device that is selectively transparent to various wavelengths of light at one moment, and opaque to them the next, following a minute adjustment.
May 27, 2016
This is an optical nanocavity made, from top to bottom, of molybdenum disulfide (MoS2), aluminum oxide and aluminum.
Product Development
Nanocavity May Mean Better Solar Panels
The future of movies and manufacturing may be in 3D, but electronics and photonics are going 2D; specifically, two-dimensional semiconducting materials.
May 13, 2016
This is a prototype of the AutoDietary food tracking system.
Product Development
New Necklace Listens to What You Eat
New food-tracking wearable device may help fight diabetes, obesity, and more.
March 17, 2016
3D graphene created by an international research team led by Unversity at Buffalo engineers.
Product Development
The Secret to 3D Graphene? Freeze It
Researchers tame the notoriously fickle super material in aerogel form with a 3D printer and ice.
March 4, 2016