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UNT Theses and Dissertations
441
UNT Scholarly Works
75
Photographing Texas
38
Journal of Near-Death Studies
19
University of North Texas Press
15
Guinness World Record Attempt
7
Dallas/Fort Worth American Chemical Society Publications
3
Texas History for Teachers Resources
2
Texas Pano Project
2
UNT Libraries Licensed Content
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Serial/Series Title
Journal of Near-Death Studies
19
JNDS, Volume 40, Number 2
7
JNDS, Volume 40, Number 3
7
JNDS, Volume 40, Number 1
5
Handbook of Research on the Global View of Open Access and Scholarly Communications
3
Southwest Retort
3
UNT Libraries 2022 Student Library Assistant Symposium
2
UNT Libraries Student Snapshots Symposium
2
CoRSAL Occasional Publications
1
Dallas Nine Series
1
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Degree Department
Department of Psychology
39
Digital Libraries
27
Department of Chemistry
23
Department of Electrical Engineering
23
Department of Materials Science and Engineering
23
Department of Biological Sciences
22
Department of Teacher Education and Administration
22
Department of Learning Technologies
19
Department of Behavior Analysis
16
Division of Instrumental Studies
16
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Results:
601 - 606 of
606
Book Review: Why an Afterlife Obviously Exists: A Thought Experiment and Realer than Real Near-Death Experiences
Review of a book titled "Why an Afterlife Obviously Exists: A Thought Experiment and Realer than Real Near-Death Experiences" written by Jens Amberts, discussing near-death experiences and the afterlife with a focus on appealing to skeptics.
Date:
Autumn 2022
Creator:
Klaunig, Norman
Object Type:
Review
System:
The UNT Digital Library
Book Review: Entangled Life: How Fungi Make Our Worlds, Change Our Minds & Shape Our Future
Review of a book titled "Entangled Life: How Fungi Make Our Worlds, Change Our Minds & Shape Our Future" written by Merlin Sheldrake about fungi, connections, memory, how fungi is still not understood well, among other things. The review also contains discussion on how the content in Sheldrake's book relates to concepts found in near-death experiences.
Date:
Autumn 2022
Creator:
Punzak, Dan
Object Type:
Review
System:
The UNT Digital Library
Letter to the Editor: Historical and Current Investigations of Instrumental Transcommunication
Letter written to the editor of the Journal of Near-Death Studies regarding communication from the deceased through electricity and technology.
Date:
Autumn 2022
Creator:
Cardoso, Anabela
Object Type:
Letter
System:
The UNT Digital Library
Letter to the Editor: Did Dostoevsky Have a Near-Death Experience?
Letter written to the editor of the Journal of Near-Death Studies discussing a short story titled "The Dream of a Ridiculous Man" by Fyodor Dostoevsky and connecting the main character to characteristics of near-death experiences then proposing that Dostoevsky might've based the story on his own life.
Date:
Autumn 2022
Creator:
Cozzette, Don
Object Type:
Letter
System:
The UNT Digital Library
Guidelines for Annex Employees on Accessing the All-Gender Restroom
Guidelines created to support the University of North Texas Libraries' all-gender restroom in the Annex building.
Date:
2022
Creator:
Peebles, Emily; Ross, Alyssa; Ericson, Lora & Brannon, Sian
Object Type:
Paper
System:
The UNT Digital Library
Developing Ultra-Fast Plasmonic Spiking Neuron via Integrated Photonics
This research provides a proof of concept and background theory for the physics behind the state-of-the-art ultra-fast plasmonic spiking neurons (PSN), which can serve as a primary synaptic device for developing a platform for fast neural computing. Such a plasmonic-powered computing system allows localized AI with ultra-fast operation speed. The designed architecture for a plasmonic spiking neuron (PSN) presented in this thesis is a photonic integrated nanodevice consisting of two electro-optic and optoelectronic active components and works based on their coupling. The electro-optic active structure incorporated a periodic array of seeded quantum nanorods sandwiched between two electrodes and positioned at a near-field distance from the topmost metal layer of a sub-wavelength metal-oxide multilayer metamaterial. Three of the metal layers of the metamaterials form the active optoelectronic component. The device operates based on the coupling of the two active components through optical complex modes supported by the multilayer and switching between two of them. Both action and resting potentials occur through subsequent quantum and extraordinary photonics phenomena. These phenomena include the generation of plasmonic high-k complex modes, switching between the modes by enhanced quantum-confined stark effect, decay of the plasmonic excitations in each metal layer into hot-electrons, and collecting hot-electrons by …
Date:
August 2022
Creator:
Goudarzi, Abbas, Sr.
Object Type:
Thesis or Dissertation
System:
The UNT Digital Library