Pittsburg State's Research Colloquium sees high student turnout
PITTSBURG, Kan. — Students from all over the Four State region presented ideas at Pittsburg's annual science showcase called the Research Colloquium.
Pittsburg hosts Spring Artwalk, celebrates area artists
Pittsburg approves higher recoverable costs for Creekside Villas
Pittsburg to host Art Festival on Saturday
Pittsburg State highlights construction careers for future workers
Kansas courts engage college students with live hearings
The Research Colloquium is described by Pittsburg State University as an event that allows students and faculty to share ideas, celebrate discoveries, and enjoy new perspectives.
'We proudly witnessed record-breaking participation, reflecting an extraordinary level of academic engagement and enthusiasm,' said Associate Vice President of Research and Support Ram Gupta.
Event organizers say this year's event had the highest number of participants in the last ten years, reaching a number of nearly 160 entrants. Gupta said the event highlights the vibrant research culture and intellectual curiosity thriving across departments. For the students, it sharpens essential skills like public speaking, critical thinking, and effective communication — all vital for future professional and academic success.
Gupta also says interests were diverse, including:
David Mendez of St. Mary's Colgan High School presented finding on the effect of music on the development of a child.
Maya Craven of Joplin High School presented her findings on how the use of sheep wool pellets—a discarded item—could be used to aid water conservation in areas of drought.
History major Makenzie Coomes (not pictured) outlined the factors that contributed to the success of the university under the leadership of President William A. Brandenburg.
Biology major Rylan Mason, who summarized her work to document native and non-native plants in Bates County, Mo.—an under-surveyed region where she has found 36 county records.
'This is a space where mentorship flourishes, creativity thrives, and students are empowered to become the next generation of thinkers, problem-solvers, and leaders,' Gupta said of the event.
Pittsburg State tells us more than 20 esteemed judges were present to choose winning presentations, both poster presentations and oral presentations in high school undergraduate, and graduate levels in several categories:
Overall poster presentation winners
Graduate:
Josh Ortolani (Synergistic Long-Term Protection of Inorganic and Polymer Hybrid Coatings for Free-Dendrite Zinc Anodes)
Dharmikkumar Patel (Mechanically Robust, Self-Healing, and Reprocessable Geraniol Based Epoxy Vitrimer by Dynamic Boronic Ester Bonds)
Undergraduate:
Jayme Barkley (Hyperbranched Polyesters Containing Natural Antibacterial Compounds)
High School:
Christian Cavener (A Novel Analysis of the Redshift Dependence of the Masses of the Supermassive Black Holes of a Sample of Quasars)
Overall oral presentation winners
Graduate:
Khadija Ceesay (Beyond the Poster: Unveiling the Realities of War and the Trauma of Soldiers in Literature from WWI to Vietnam)
Undergraduate:
Trevor Bohnenblust (Market Augmentation of the U.S. Soybean Crush Spread)
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
30-05-2025
- Yahoo
NASA plans to build a giant radio telescope on the 'dark side' of the moon. Here's why.
When you buy through links on our articles, Future and its syndication partners may earn a commission. NASA scientists are currently working on plans to build a giant radio telescope in a nearly mile-wide crater on the "dark side" of the moon. If approved, it could be constructed as early as the 2030s and cost more than $2 billion, project scientists told Live Science. Astronomers want to build the first-of-its-kind dish, known as the Lunar Crater Radio Telescope (LCRT), to help unravel some of the universe's biggest mysteries — but also because they are concerned about growing levels of invisible radiation leaking from private satellite "megaconstellations," which could soon disrupt Earth-based radio astronomy. The proposed telescope will be built entirely by robots and consist of a giant wire mesh suspended via cables within a crater on the moon's far side, similar to the collapsed alien-hunting Arecibo telescope in Puerto Rico or China's giant Five-hundred-meter Aperture Spherical Telescope (FAST), which were both built within natural depressions on Earth. This will shelter the dish from satellite signals, as well as prevent interference from solar radiation and Earth's atmosphere. The LCRT project is currently being investigated by a team at NASA's Jet Propulsion Laboratory (JPL) at the California Institute of Technology. It was first proposed in 2020 and was awarded $125,000 in "phase I" funding from NASA's Institute for Advanced Concepts (NIAC). In 2021, the project reached "phase II" and was awarded an additional $500,000 of NIAC funding. The team is preparing to apply for "phase III" funding, which could be granted as early as next year, and they are currently building a 200:1 scale prototype that will be tested at the Owens Valley Radio Observatory in California later this year, Gaurangi Gupta, a research scientist at JPL who is part of the LCRT project, told Live Science. If the funding is approved — and the project passes this final phase — it will become a fully-fledged mission and the telescope could potentially be built at some point in the 2030s, Gupta said. Related: Scientists may finally be close to explaining strange radio signals from beyond the Milky Way The most up-to-date plans for the telescope include a 1,150-foot-wide (350 meter) meshed reflector, which is larger than Arecibo's collapsed dish but smaller than FAST. This is around three times smaller than the 3,300-foot (1,000 m) reflector initially proposed in 2020, which would have been the largest single telescope ever built. The researchers have already selected their preferred crater — a 0.8-mile-wide (1.3 km) depression in the moon's Northern Hemisphere — but are keeping its exact location under wraps. This is not the first time that scientists have proposed putting a radio telescope on the moon. The idea dates back to at least 1984, Gupta said. However, due to the technical challenges of building such a structure, it has never been seriously considered until now. "But with state-of-the-art technology, LCRT can potentially solve all these issues and make this concept a reality," Gupta said. However, the latest "rough estimate" suggests the construction of the LCRT could cost around $2.6 billion, Gupta said. This might prove to be the final stumbling block, especially as NASA's budget is being severely slashed by the Trump administration. The number of satellites orbiting Earth is rising fast, thanks to the emergence of private satellites, particularly SpaceX's rapidly growing Starlink constellation. This can create several problems, including an increase in space junk, rising light pollution in the night sky and a build-up of metal pollution in the upper atmosphere from satellite reentries. A lesser-known issue is that private satellites are prone to accidentally leaking radiation into space, which can interfere with radio telescopes trying to study distant objects such as ancient galaxies, nearby exoplanets and supermassive black holes. Several radio astronomers recently told Live Science that, if the number of satellites around our planet reaches maximum capacity, we could reach an "inflection point" beyond which radio astronomy would be extremely limited, and even impossible in some wavelengths. If this were to happen, "it would mean that we are artificially closing 'windows' to observe our universe," Federico Di Vruno, an astronomer at the Square Kilometer Array Observatory and co-director of the International Astronomical Union's Center for the Protection of the Dark and Quiet Sky, told Live Science. Having a shielded telescope on the moon could allow radio astronomy to persist even if this worst-case scenario comes to pass. However, this one telescope would only allow us to do a fraction of the science currently being achieved by radio observatories across the globe, meaning our ability to study the cosmos would still be drastically limited. Other researchers are also exploring the possibility of using a constellation of moon-orbiting satellites, as an accompaniment or alternative to the LCRT, Gupta said. However, these will likely have a much reduced window for observations than the larger telescope. In addition to preserving radio astronomy, LCRT could also allow us to scan wavelengths that Earth-based telescopes cannot. Radio signals with wavelengths greater than 33 feet (10 m), known as ultra-long wavelengths, do not easily pass through Earth's atmosphere, making them almost impossible to study from the ground. But these wavelengths are also vital in studying the very beginning of the universe, known as the cosmic dark ages, because signals from this epoch have been extremely red-shifted, or stretched out, before they reach us. "During this phase, the universe primarily consisted of neutral hydrogen, photons and dark matter, thus it serves as an excellent laboratory for testing our understanding of cosmology," Gupta said. "Observations of the dark ages have the potential to revolutionize physics and cosmology by improving our understanding of fundamental particle physics, dark matter, dark energy and cosmic inflation." The LCRT would also be shielded from solar radiation, which can also interfere with some other radio signals, allowing those wavelengths to be more easily studied on the moon. If LCRT is approved it will be a major coup for science. But it will not actually be the first lunar radio telescope. In February 2024, Intuitive Machine's Odysseus lander — the first private spacecraft to land on the moon and the first American lunar lander for more than 50 years — carried NASA's first Radiowave Observations on the Lunar Surface of the photo-Electron Sheath (ROLSES-1) instrument to the moon's near side. Despite the fact that the lander face-planted and ended up tilted on its side, the 30-pound (14 kilogram) telescope was still able to briefly collect the first lunar radio data. However, because ROLSES-1 was facing Earth, almost all the signals it collected came from our own planet, offering little astronomical value, according to a study uploaded March 12 to the pre-print journal arXiv. "This is a good demonstration of why we need to be on the far side for reliable measurements of the dark ages signal in a radio-quiet environment," Gupta said RELATED STORIES —Radio signal from 8 billion light-years away could reveal the secrets of the universe's 'dark age' —Astronomers discover new 'odd radio circle' near the center of our galaxy —Strange radio signals detected from Earth-like planet could be a magnetic field necessary for life Later this year, Firefly Aerospace's Blue Ghost II lander will also attempt to land on the moon's far side. Among its scheduled payloads is the Lunar Surface Electromagnetics Experiment-Night (LuSEE Night) — a mini radio telescope from the U.S. Department of Energy that will scan the sky for ultra-long-wavelength signals, Live Science's sister site previously reported. "The observations from these telescopes would be valuable for understanding the lunar environment, and the challenges and potential mitigation strategies to detect ultra-long wavelength signals," Gupta said.

Yahoo
14-05-2025
- Yahoo
Britain's Space Forge raises $30 million with backing from NATO Innovation Fund
By Sudip Kar-Gupta BRUSSELS (Reuters) -British space technology company Space Forge announced on Wednesday a 22.6 million pound ($29.8 million) fundraising led by the NATO Innovation Fund, highlighting the appeal of the fast-growing space technology sector for investors. Space Forge, which was founded in 2018 and aims to make materials in space that could then be used in fields such as semiconductors, said the funds would help the development of its satellites. Competition among the United States, China, Russia and others in Europe to stay ahead in space exploration and technology is fuelling the sector's growth. A report this year by consultancy firm McKinsey estimated the value of the global space economy would rise to $1.8 trillion by 2035, from $630 billion in 2023. "We are excited to be supporting Space Forge – a company that is innovating material manufacturing, while also advancing Europe's access to space, supply chain independence and long-term resiliency," said NATO Innovation Fund partner Chris O'Connor. The NATO Innovation Fund is a standalone venture capital fund backed by 24 North Atlantic Treaty Organization member nations, though NATO is not involved in decision-making or investing financially. Space Forge is headquartered in Cardiff and it also has operations in Florida. ($1 = 0.7575 pounds)
Yahoo
16-04-2025
- Yahoo
Pittsburg State's Research Colloquium sees high student turnout
PITTSBURG, Kan. — Students from all over the Four State region presented ideas at Pittsburg's annual science showcase called the Research Colloquium. Pittsburg hosts Spring Artwalk, celebrates area artists Pittsburg approves higher recoverable costs for Creekside Villas Pittsburg to host Art Festival on Saturday Pittsburg State highlights construction careers for future workers Kansas courts engage college students with live hearings The Research Colloquium is described by Pittsburg State University as an event that allows students and faculty to share ideas, celebrate discoveries, and enjoy new perspectives. 'We proudly witnessed record-breaking participation, reflecting an extraordinary level of academic engagement and enthusiasm,' said Associate Vice President of Research and Support Ram Gupta. Event organizers say this year's event had the highest number of participants in the last ten years, reaching a number of nearly 160 entrants. Gupta said the event highlights the vibrant research culture and intellectual curiosity thriving across departments. For the students, it sharpens essential skills like public speaking, critical thinking, and effective communication — all vital for future professional and academic success. Gupta also says interests were diverse, including: David Mendez of St. Mary's Colgan High School presented finding on the effect of music on the development of a child. Maya Craven of Joplin High School presented her findings on how the use of sheep wool pellets—a discarded item—could be used to aid water conservation in areas of drought. History major Makenzie Coomes (not pictured) outlined the factors that contributed to the success of the university under the leadership of President William A. Brandenburg. Biology major Rylan Mason, who summarized her work to document native and non-native plants in Bates County, Mo.—an under-surveyed region where she has found 36 county records. 'This is a space where mentorship flourishes, creativity thrives, and students are empowered to become the next generation of thinkers, problem-solvers, and leaders,' Gupta said of the event. Pittsburg State tells us more than 20 esteemed judges were present to choose winning presentations, both poster presentations and oral presentations in high school undergraduate, and graduate levels in several categories: Overall poster presentation winners Graduate: Josh Ortolani (Synergistic Long-Term Protection of Inorganic and Polymer Hybrid Coatings for Free-Dendrite Zinc Anodes) Dharmikkumar Patel (Mechanically Robust, Self-Healing, and Reprocessable Geraniol Based Epoxy Vitrimer by Dynamic Boronic Ester Bonds) Undergraduate: Jayme Barkley (Hyperbranched Polyesters Containing Natural Antibacterial Compounds) High School: Christian Cavener (A Novel Analysis of the Redshift Dependence of the Masses of the Supermassive Black Holes of a Sample of Quasars) Overall oral presentation winners Graduate: Khadija Ceesay (Beyond the Poster: Unveiling the Realities of War and the Trauma of Soldiers in Literature from WWI to Vietnam) Undergraduate: Trevor Bohnenblust (Market Augmentation of the U.S. Soybean Crush Spread) Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.