Digital Commons Network^™

録音ベースの思考法テクニック３ ＜記録からレポートや論文へ＞, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

録音システムによる知的生産性の飛躍についてのシリーズの最終回です。前回で、記録を組織してアイデアの整理がノートやデジタルのドキュメントにまとめられるプロセスについて解説しましたので、今回は、最終回で、そのまとめが宝の持ち腐れにならないように、報告書や論文につなげていく詰めについて考えます。短期間に論文の下書きができるはずです。

Double Or Triple Your Intellectual Productivity Through Audio Recording, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

This is the first article of the series of Exponential Increase of Intellectual Productivity through Audio Recording. We explore five major benefits of audio recording.

録音ベースの思考法テクニック１ ＜まず量を多くする＞, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

録音システムによって知的生産性を飛躍させる方法についてのシリーズ第２弾です。まずはアイデアの量産について考えます。

録音ベースの思考法テクニック２ ＜記録の活用法を開拓する＞, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

録音システムによって知的生産性を飛躍させるシリーズの第３弾です。折角たくさんの録音ができてもそのままではうまく使えません。この回では、意味のある組織の仕方と、自然にするためのポイントを解説します。

録音ベースの思考法テクニック３ ＜記録からレポートや論文へ＞, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

録音システムによって知的生産性を飛躍させるシリーズの第４弾、最終回です。前回の記事で、ノートやデジタルドキュメントにまとまった内容の記録が蓄積されるプロセスやそのためのアイデアを提案しました。今回、そのような貴重な記録が宝の持ち腐れにならないように、レポートや論文に向けて速やかに下書きを作る方法について論じます。

Unlocking Your Creative Potential Through Audio Recording 1, Yoshihiko Ariizumi

Learning, Teaching, & Researching Optimization

This is the second article of the series of Exponential Increase of Intellectual Productivity through Audio Recording. We discuss how to increase the amount of recording. There are so many ways to accomplish it. "The sky’s the limit."

Evaluation Of Physical And Chemical Condition Of A Group Of Waterloggedarchaeological Woods From The Yenikapı 16 Shipwreck, Sedef Hetto, Namik Kiliç, Asli Gökçe Kiliç

Turkish Journal of Earth Sciences

This study examined the physical and chemical condition of waterlogged archaeological wood (WAW) samples from the Yenikapı 16 shipwreck of plane (Platanus L.), elm (Ulmus L.), pine (Pinus L.), and fir (Abies L.), representing species with different wood properties. The maximum water content (MWC) and basic density (BD) values of 74 WAW samples from the shipwreck were calculated, and 7 of 74 samples were selected for analysis using scanning electron microscopy (SEM), X-ray fluorescence (XRF), and Fourier transform infrared spectroscopy (FTIR). The availability of samples, appropriate size, the species of the wood, and the wood’s degradation were all considered. The …

Geochemical Discriminants For The Provenance Characterization Of Ceramics, Kiymet Deni̇z Yağcioğlu, Yusuf Kağan Kadioğlu

Turkish Journal of Earth Sciences

Cultural heritage can be effectively protected and restored by accurately identifying archaeometric materials used inhistorical sites, such as rocks, ceramics, bricks, mortar, and plaster, and determining their origins. This interdisciplinary study employsmineralogical, petrographic, and isotopic properties together with geochemical analyses to ascertain the origins of these materials. Thisstudy focuses on the provenance characterization of ceramics as possible source rocks of ceramic raw material using new geochemicaldiscrimination diagrams. Detailed geochemical analyses of manufactured ceramics from various rock types from different locationswere conducted and new geochemical discrimination diagrams were created to determine the origins of the ceramics. The geochemicaldata of ceramics that …

Environmental And Cultural Impacts Of The 8.2 Ka Event In Yenikapı (İstanbul/Türkiye), Ayşi̇n Konak, M. Namik Yalçin

Turkish Journal of Earth Sciences

The Neolithic lifestyle, which began in the 12th millennium BP with the emergence of villages in the core region extendingfrom Iran to central and southeastern Anatolia and Syria, began to spread to neighboring geographies, such as the Marmara region,in the 9th millennium BP. During the 8.2 ka event that occurred between 8300 and 7900 BP, cold and dry conditions prevailed in thenorthern hemisphere. During the winter months, the humidity decreased and cooling of about 6 ± 2 °C was observed. In order totest whether the 8.2 ka event was also effective in the İstanbul region, a set of inorganic geochemical …

Polished And Professional: Students Sharpen Workplace Etiquette Over Dinner, University Of Dayton

School of Business Administration Blog

Mastering the nuances of professional etiquette is just as crucial as developing technical skills in today’s workplace. At the University of Dayton (UD), business students recently had the unique opportunity to refine these skills in a real-world setting through a business etiquette meal designed to prepare them for professional success.

Entrepreneurship In Action, University Of Dayton

School of Business Administration Blog

The University of Dayton's (UD) Entrepreneurship Program provides students with real-world experience in launching, scaling, financing, and investing in ventures.

More Than A Scholarship, University Of Dayton

School of Business Administration Blog

The Flyer Promise Scholars program at the University of Dayton does more than make higher education attainable. It empowers students to reach new heights by providing not only financial support but also mentorship, leadership development and professional growth opportunities.

Beyond The Barista, University Of Dayton

School of Business Administration Blog

When people think of Flyer Enterprises (FE), the first image that often comes to mind is a busy barista crafting lattes or serving up a quick bite between classes.

School Of Pharmacy Faculty Research Award, University Of Mississippi. School Of Pharmacy

Pharmacy Awards

No abstract provided.

February 20, 2025, James Madison University

The Breeze, 2020-

The Breeze is the student newspaper of James Madison University in Harrisonburg, Virginia.

February 20, 2025, Caa

Minutes

No abstract provided.

Panchromatic Absorption Of Unsymmetrical Donor-Acceptor Dyes Based On A Meta-Conjugated 1,3,5-Heteroaryltriazine Core, Jacob G. Rothera, Hi Taing, Menandro Cruz, Anton Dmitrienko, V. Nicholas Vukotic, Sean M. Ryno, Chad Risko, A. Mohan Raj, William G. Skene, S. Holger Eichhorn

Chemistry Faculty Publications

Attachment of three different heterocycles with electron donor or acceptor character to a central 1,3,5-triazine core generates readily soluble side-chain free dyes with two displaying soft crystalline mesomorphism and one displaying a nematic liquid crystal phase as confirmed by polarized optical microscopy, calorimetry, gravimetric analysis, and powder X-ray diffraction. Equally intriguing is the dyes’ relatively strong electronic communication between donor and acceptor subchromophores that are meta-conjugated to one another, which is experimentally observed as a broad intramolecular charge-transfer absorption that can extend over 100 nm past the most intense absorption event and is computationally confirmed through density functional theory (DFT) …

Extragalactic Magnetar Giant Flares: Population Implications, Rates, And Prospects For Gamma-Rays, Gravitational Waves, And Neutrinos, Paz Beniamini, Zorawar Wadiasingh, Aaron Trigg, Cecilia Chirenti, Eric Burns, George Younes, Michela Negro, Jonathan Granot

Faculty Publications

Magnetar giant flares (MGFs) are the most energetic non-catastrophic transients known to originate from stellar objects. The first discovered events were nearby. In recent years, several extragalactic events have been identified, implying an extremely high volumetric rate. We show that future instruments with a sensitivity ≲5 × 10⁻⁹ erg cm⁻² at ∼1 MeV will be dominated by extragalactic MGFs over short gamma-ray bursts (sGRBs). Clear discrimination of MGFs requires intrinsic GRB localization capability to identify host galaxies. As MGFs involve a release of a sizable fraction of the neutron star's magnetic free energy reservoir in a single event, …

Self-Thickening Materials Derived From Phenylpropanoid Ene Reactions, Atanu Biswas, Huai N. Cheng, Bret Chisholm, Ryan Beni, Zengshe Liu, Karl Vermillion, Michael Appell, Kelton Forson, Omar El Seoud, Carlucio R. Alves, Roselayne F. Furtado

Chemistry Faculty Research

In this work, we report the observation of uncatalyzed ene reactions between several phenylpropanoid compounds and diethyl azodicarboxylate (DEAD). For allylbenzene, the reaction produces the ene product at molar ratios of up to 1:2 of allylbenzene to DEAD. At higher levels of DEAD, more complex reactions are observed. For the reaction between methyl eugenol and DEAD, similar ene reaction products have been found. However, the reaction of eugenol with DEAD is more complex; in addition to the ene reaction, other reactions happen at the same time. Most of the structures of the resulting products have been elucidated using NMR spectroscopy …

Sense And Sensibility, Kate Hamill, Jane Austen

Taylor Theatre Playbills

The playbill for Taylor University's performance of Kate Hamill's Sense and Sensibility based on the book by Jane Austen.

Performed on February 20-22, 2025 at 7:30pm and February 22-23 2025 at 2:00pm in the Mitchell Theatre at Taylor University.

Kate Hamill's adaptation of Jane Austen's Sense and Sensibility is a witty and fast-paced theatrical production that condenses the original novel's plot while emphasizing its comedic and satirical elements. The play follows the Dashwood sisters, the pragmatic Elinor and the romantic Marianne, as they navigate the challenges of love, loss, and societal expectations after their family is left in poverty. Hamill's …

Board Of Trustees Meeting Minutes, February 20, 2025

Board of Trustees Minutes

Minutes from the Wright State University Board of Trustees Meeting held on February 20, 2025.

Does Following The Mind Diet Slow Cognitive Decline And Alzheimer’S Disease?, Abby Spaulding, Hannah Waters

Research on Capitol Hill

Alzheimer’s disease (AD) is a brain disorder that destroys memory and thinking skills. The prevalence of AD increases with age and is expected to double by the year 2060. 

Carotenoids, pigments in plants that have antioxidant and inflammatory properties when consumed, might slow AD and can be tested for on skin. High-carotenoid eating patterns like the MIND diet may protect against age-related cognitive decline and development of AD.

There May Be A Safer Treatment Against A Virus That Can Cause Birth Defects And Hearing Loss, Kade Robison

Research on Capitol Hill

CMV is the leading cause of non-genetic birth defects and hearing loss.

University Students & Faculty Would Like More Knowledge About Using Ai In Academics, Tessa Richardson

Research on Capitol Hill

Artificial Intelligence (AI) is prevalent in every aspect of human life. Understanding both faculty and student attitudes and behaviors toward AI in education allows governing boards and lawmakers to effectively discuss and make informed decisions regarding policies that impact its usage.

Latinx People In Cache Valley Are Limited In Their Opportunities For Expression, Ella White

Research on Capitol Hill

My work has focused on the experiences and traumas of Latinx individuals and artists from Utah, specifically Cache Valley. Some of these experiences include: 

• Discrimination due to ethnicity  
• Criticism of religious beliefs 
• Lack of equal opportunity 
• The invisibility of their experiences.  

This research is an attempt to bring to light the minorities in our community who have continued to be marginalized.

Overlooked Habitats Buffer Spawning Opportunities For Cutthroat Trout, Autumn Zierenberg, Skylar Rousseau

Research on Capitol Hill

Temporarily available streams account for roughly 79% of streams in Utah alone. Intermittent streams are often overlooked as suitable habitats but are inundated during Cutthroat Trout (Oncorhynchus clarkii) spawning season.

Staff Training Increases Success For Veterans And Service Members In Engineering, Samuel Shaw, Allison Miles

Research on Capitol Hill

Previous research developed four stages of support that staff can offer SVSM. The hope is through effective training, faculty, staff, and administrators can become “aware” and seek to further their ability to provide support. Increased support directly improves student success and academic belonging among SVSM.

Evaluating Invasive Plant Management To Keep Bear Lake Clear, Blue, And Deep, Tia Lawrence, Ola Adeyemi

Research on Capitol Hill

Eurasian watermilfoil grows more rapidly in Bear Lake water, producing more shoots per plant and growing taller (bottom left). In greenhouse settings, herbicide treatment was unable to provide complete control of plants when applied in Bear Lake water. Plants are grown and tested in galvanized feed tanks (right) in USU’s greenhouses.

Arrowhead-Shaped Shock Angle Influence Leading Edge Equation Influence Aircraft Outperform Other Structures At Hypersonic Speeds, Jacob Wiberg

Research on Capitol Hill

Hypersonic (at least 5 times faster than sound waves can travel) aircraft are quickly becoming a solution for fast travel for commercial and defense purposes.

Microbes From Native Plants Promote Growth And Drought Tolerance In Non-Native Plants, Ty Wilson

Research on Capitol Hill

With growing populations, shrinking farmland, and increasingly dry climates, preserving our agricultural land is of highest importance.