Stories tagged with: Nanoscale and Quantum Phenomena Institute

OHIO scientist Saw Wai Hla named 2024 Falling Walls Physical Sciences Laureate for groundbreaking work in physics

Saw Wai Hla's groundbreaking work in the field of physics is being recognized by being awarded the 2024 Falling Walls Science Breakthrough of the Year Award in the Physical Sciences category.

Researchers Oscar Avalos Ovando and Veronica Bahamondes Lorca review notes in OHIO's Edison Biotechnology Institute.

OHIO researchers discover way to make essential biotesting more accessible using less expensive materials

Researchers from several fields at Ohio University recently collaborated to make lateral flow assay biotests less expensive and more accessible allowing more people to take potentially life-saving tests.

a graphic image depicts two test strips, one that uses gold and the other that doesn't use gold and costs less

Biotesting with much less expensive materials and technologies at OHIO: Replacing colloidal gold

A group of Ohio University researchers have developed a new kind of biotesting kit using novel nanotechnological inexpensive materials.

Graduate student in physics, Sneha Upadhyay in Clippinger Research Annex,

Physics and Astronomy

Unraveling big mysteries with tiny particles: PhD student takes award-winning approach to quantum research

Imagine being a detective, but instead of solving mysteries on the bustling streets of a metropolis, you're unraveling the secrets of the universe in a laboratory, one atom at a time. Sneha Upadhyay, an award-winning Ph.D. student at Ohio University in physics and astronomy, pulls out her quantum magnifying glass—or in this case, microscope—every day.

Scientists report world’s first X-ray of a single atom in Nature

A team of scientists from Ohio University, Argonne National Laboratory, and others, led by OHIO professor Saw Wai Hla, have taken the world’s first X-ray SIGNAL of just one atom.

New chemistry professor brings expertise in nanomaterials for energy and sustainability

Dr. Wenyang Gao joins OHIO in the fall, bringing expertise in the synthetic innovation of advanced nanomaterials that can be leveraged to address critical issues in energy and sustainability.

Khairul Alam was a 2022 patent recipient.

OHIO recognizes faculty, student and alumni inventors, including 11 patent recipients

Ohio University recognized dozens of faculty, student, staff and alumni researchers who submitted intellectual property disclosures and 11 projects that received patents in 2022.

Ohio Innovation Tour webinar to feature 'Intel + Higher Education in Southeast Ohio' on March 29

The Ohio Innovation Tour will host a webinar featuring recent awardees of the Intel Semiconductor Education and Research Program for Ohio on March 29.

Eva Yazmin Santiago Santos (center) with APS scholars Christine Darve and Young-Kee Kim

Physics students and alumnus win 5 awards, present their research at American Physical Society meeting

College of Arts and Sciences physics students and an alumnus took five major awards as they traveled with faculty to the American Physical Society March meeting this month in Las Vegas.

Ryan Steere from the College of Arts & Sciences won first place and the People’s Choice master's award.

Eight graduate students win cash awards in Three Minute Thesis competition

Eight graduate students won cash awards at the Ohio University Three Minute Thesis Competition finals hosted by the Graduate College on Feb. 23.

Ohio University joins the Midwest Semiconductor Network

Ohio University 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 “coal” coalesce into graphite-like sheets under pressure and heat. The sheets aren’t perfectly flat because of the formation of a small number of five- and seven-member rings among the six-member rings.

Ohio University 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 — and carbon-neutral — 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 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 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.

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