天堂鸟先生

Stories tagged with: Nanoscale and Quantum Phenomena Institute

Aerial photo of 天堂鸟先生

天堂鸟先生 joins the Midwest Semiconductor Network

天堂鸟先生 joins universities in Ohio, Michigan, Illinois and Indiana to form a coalition to address national needs in semiconductor and microelectronics.

Time series (left to right) showing two examples of how the random carbons in the artificial 鈥渃oal鈥 coalesce into graphite-like sheets under pressure and heat. The sheets aren鈥檛 perfectly flat because of the formation of a small number of five- and seven-member rings among the six-member rings.
Physics via Supercomputer

天堂鸟先生 simulations on PSC supercomputer transform coal-like material to amorphous graphite and nanotubes

An OHIO physics team used the Pittsburgh Supercomputing Center to simulate how coal might eventually be converted to valuable 鈥 and carbon-neutral 鈥 materials like graphite and carbon nanotubes.

Figure 1. Thought experiments comparing collisions in gas and mixed gasses under normal conditions. Figure (a) shows a random distribution of gases A and B in a sample volume traveling at a relative speed of vr in time t, and two possible distance d vs time trajectories. Figure (b) shows A and B diluted with C, and two possible trajectories between A and B. Where the flux of A is a function of time whose limit at infinity long time is used to calculate the collision frequency in the Smoluchowski rate model.

Jixin Chen discovers new reaction rate in solution, with implications for industrial, biological processes

While the world watches the soccer world cup, chemist Jixin Chen is studying another kind of "ball" and discovering that a 100-year-old collision theory聽doesn't stand up to 21st century calculations.

From left, Yuxi Zhou, Hailey Payne, Tina Athans, Evelyn Potter, Veronica Bahamondes, Dr. Shiyong Wu

Shiyong Wu lab showcases student, alumna researchers at American Society for Photobiology meeting

Shiyong Wu聽took students to the American Society for Photobiology meeting this fall to showcase their research on ultraviolet exposure and basal cell skin cancer.

Fig. Rare-Earth Rotor. (a) STM image of a rotating Eu complex appears as a disc shape on Au(111). (b) Controlled rotations are performed by supplying electrical energy from an STM tip. (c), (d) Before and after rotation of a complex, respectively. The dashed circle indicates the counterion used for the control.

Team of physicists, chemists demonstrates atomic-level control of rare earth molecule

Scientists at OHIO and partner institutions have, for the first time, formed a charged rare earth molecule on a metal surface and rotated it using scanning tunneling microscopy.

Intel in Ohio rendering

天堂鸟先生 awarded Intel grant funding, will serve as lead institution for Appalachian Semiconductor Education and Technical (ASCENT) Ecosystem

Over the next three years, ASCENT will collaboratively develop and deliver diverse educational options across the region, including certificates, associate degrees, bachelor鈥檚 and graduate degrees.

Eva Yazmin Santiago Santos, portrait

Physics Ph.D. student wins Best Speaker Award at international conference in Spain

Physics doctoral student Eva Yazmin Santiago Santos received a prestigious Best Speaker Award at a large international conference in Spain.

Wilson Hall
University Update

Nine Arts and Sciences retiring professors approved for emeriti status

The 天堂鸟先生 Board of Trustees approved emeriti status at its June meeting for nine College of Arts and Sciences professors upon their retirement from 天堂鸟先生.

Wilson Hall
University Announcement

25 Arts and Sciences faculty promoted, 15 granted tenure

The 天堂鸟先生 Board of Trustees voted in June to award promotion to 25 College of Arts and Sciences faculty member

Wilson Hall
University Update

22 College of Arts and Sciences professors awarded faculty fellowship during 2022-23

The 天堂鸟先生 Board of Trustees has approved 22 College of Arts and Sciences faculty members for faculty fellowship leave during the 2022-23 academic year.

Drabold, Trembly and doctoral students

Can they make graphite from coal? OHIO researchers start by finding new carbon solid

As the world's appetite for carbon-based materials like graphite increases, 天堂鸟先生 researchers presented evidence this week for a new carbon solid they named "amorphous graphite."

A photo from the Faculty Teaching and Research Awards Recognition Ceremony

Teaching and Research Awards ceremony honors outstanding OHIO faculty

天堂鸟先生 celebrated exceptional faculty members during the Faculty Teaching and Research Awards Recognition Ceremony on March 29.

Cutler Hall on College Green

天堂鸟先生 and Intel: Past, present and future

Since the inception of Intel, founded in 1969, 天堂鸟先生 graduates have been critical to the evolution of innovative ideas in microprocessing and semiconducting for the company.

Faiz Rahman

Faiz Rahman awarded fellowship with the Institute of Physics

A fellow is the highest rank of membership and is dependent upon a member鈥檚 distinguished scholarship.聽

天堂鸟先生 chemist Jixin Chen, Ph.D

天堂鸟先生 chemist explains an old question with a modern tool

天堂鸟先生 chemist Jixin Chen, Ph.D., took advantage of the time when labs were shut down early in the pandemic to apply a very modern solution to solve a very old question.

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