№ lp_2_3_32618
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Digest submission guidelines for MORIS 2024 conference, outlining the requirements for preparing and submitting digests in the format of a technical paper.
Year:
2024
Region / City:
International
Topic:
Research, Magnetics, Magneto-Optical Phenomena, Thermo-Magnetic Phenomena
Document Type:
Submission Guidelines
Organization:
MORIS
Author:
Not specified
Target Audience:
Researchers, Conference Attendees
Period of Validity:
Until 31 January 2024
Approval Date:
Not specified
Date of Changes:
Not specified
Price: 8 / 10 USD
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The product description is provided for reference. Actual content and formatting may differ slightly.
Year:
2023
Institution:
California Institute of Technology
Department:
LIGO
Document Type:
Statement of Work
Author:
Lee McCuller
Project:
GQuEST optical cavity experiment
Target Wavelengths:
1550 nm, 775 nm
Mirror Types:
M1 (coating-A), M2 (coating-B), M3 (coating-B), M4 (coating-B)
Quantity:
24 M1, 16 M2, 8 M3, 8 M4
Delivery Location:
Pasadena, CA, USA
Special Requirements:
Optical quality matching, transmission tolerance, inspection standards, packaging instructions
Document type:
Press release
Date:
November 19, 2024
Place of publication:
Singapore
Company:
ASMPT Limited
Division:
ASMPT Semiconductor Solutions (ASMPT SEMI)
Product:
AMICRA NANO
Topic:
Hybrid bonding and co-packaged optics manufacturing
Industry:
Semiconductor assembly and packaging
Spokesperson:
Dr. Johann Weinhändler
Contact information:
Global ASMPT Semiconductor Solutions Press Office; Global ASMPT Press Office
Year:
2020
Region / City:
Not specified
Topic:
Medical Imaging, Software Development
Document Type:
Software Documentation
Organization / Institution:
Not specified
Author:
Jianfei Liu, Yoo-Jean Han, Tao Liu, Nancy Aguilera, Johnny Tam
Target Audience:
Researchers, Developers, Medical Professionals
Period of Validity:
Not specified
Approval Date:
Not specified
Modification Date:
Not specified
Title:
Questions from Bill Nye Light Optics Video with Answer Key
Type of document:
Educational worksheet and quiz
Subject:
Light optics
Related media:
Bill Nye Light Optics Video
Format:
Question sheet with multiple choice and true/false sections
Includes:
Answer key with pause times
Educational level:
Not specified
Topics covered:
Reflection, refraction, absorption, mirrors, lenses, infrared light, fiber optics, internal reflection
Year:
2025
Region / City:
Cork, Ireland
Topic:
Biotechnology, Medicine, Surgery, Optics
Document Type:
Conference Program
Organ / Institution:
Engineering Conferences International
Authors:
Stefan Andersson-Engels, Summer Gibbs, Melissa Skala
Target Audience:
Researchers, professionals in optics, biotechnology, and medical fields
Period of Validity:
May 18 - 22, 2025
Date of Approval:
2025
Date of Changes:
N/A
Language:
English
Subject:
Physics and Earth Science
Topics:
Sonar, Moon rotation and orbit, Rainbow formation, Refraction, Diffraction, Atmospheric scattering, Wave behavior
Type of document:
Educational informational text
Intended audience:
General readers and students
Scientific fields:
Acoustics, Optics, Astronomy, Oceanography
Key concepts:
Echo, Wavelength, Frequency, Light scattering, Wave bending, Atmospheric interaction
Phenomena described:
Low-frequency sonar, Lunar phases, Refraction in water, Diffraction of sound and water waves, Red sunsets, Cloud coloration
Note:
Year
Region / City:
Adelaide, SA (Brisbane or Hobart considered)
Subject:
Applied Optics, Water Quality Monitoring
Document Type:
Job Advertisement
Organization / Institution:
CSIRO
Author:
CSIRO
Target Audience:
Australian/New Zealand Citizens; Australian Permanent Residents; Australian temporary residents currently residing in Australia
Period of Validity:
3 years
Approval Date:
Not specified
Modification Date:
Not specified
Institution:
DPG Institute of Technology and Management
Location:
Sector 34, Gurugram, Haryana, India
Course Name:
Fiber Optics Communication
Course Code:
PCC-ECE 401G
Faculty:
Ms Gulrukh
Lecture Hours per Week:
3
Total Lecture Hours:
30
Exam Duration:
03 Hours
Exam Marks:
75
Course Objectives:
Understanding optical communication systems, optical network elements, modulation schemes, and planning and budgeting of optical communication systems
Course Units:
Optical communication fundamentals; Light sources and detectors; Optical link design and amplification; Non-linear effects in fiber links
Teaching Methods:
Lectures with interaction, video presentations, discussions, quizzes, assignments, guest lectures
Learning Activities:
Question and answer sessions, quizzes, discussions, whiteboard demonstrations, reference material analysis
Recommended Textbook:
Optical Fiber Communications by John M. Senior
Reference Books:
Optical Communication Systems by John Gowar; Optical Fiber Communications by Gerd Keiser
Course Outcomes:
Explanation of optical communication theory, system components, fiber losses and link budgeting, and operation of optical amplifiers
Additional Course:
Basic Electronics
Topics Covered in Additional Course:
Semiconductor theory, PN junction diodes, rectifiers, transistor operation, biasing techniques, amplifier models, FETs and MOSFETs, optoelectronic devices, SCR, TRIAC, DIAC, IGBT, optocouplers
Primary Textbook for Additional Course:
Basic Electronics by Debashis De
Reference Books for Additional Course:
Electronic Devices and Circuits by Robert Boylestad; Electronic Device Circuits by David A. Bell; Integrated Electronics by Millman and Halkias; Electronic Devices and Circuit by Dharam Raj Cheruku
Assessment Structure:
Course outcome and program outcome mapping tables included
Approval:
Signature of Staff In-charge and Head of Department indicated
Year:
2026
Institution:
Center for Biomedical Optics and Photonics, College of Physics and Optoelectric Engineering, Shenzhen University
Authors:
Chenshuang Zhang, Yong Zhang, Danying Lin, Bin Yu, Junle Qu
Field:
Biomedical imaging, Optical microscopy
Document type:
Research article
Target audience:
Neuroscientists, biomedical researchers
Methodology:
Adaptive optics-based multi-focus structured illumination microscopy (AO-MSIM)
Key findings:
Achieved 150nm spatial resolution at 500μm depth in thick brain tissue
Correspondence:
[email protected]
Year:
2023
Author:
L. McCuller
Document type:
Technical specification
Material:
Corning HPFS 7980 (high purity fused silica, UV grade)
Mirror dimensions:
Diameter 25.4mm, Thickness 6.35mm, Wedge 30 arcmin ±5 arcmin
Mirror types:
M1 Flat-Flat, M2 Flat-Flat, M3 Flat-Concave, M4 Flat-Concave
Surface quality:
Side 1 <1Å central 80%, Side 2 <5Å central 80%
Coating:
Ion Beam Sputtered, high damage threshold, low scatter and absorption
Wavelengths:
1550nm, 775nm
Polarization:
S & P
Application:
Cavity mirrors for optical setups
AOI:
0–6 degrees (nominal 3 degrees)
Vendor requirements:
Spectrophotometer graphs for AR and HR coatings
Year:
2012
Region / city:
Geneva, Switzerland
Topic:
Particle physics, LHC, proton run
Document type:
Technical report
Organization / institution:
CERN
Author:
M. Giovannozzi
Target audience:
Particle physicists, accelerator specialists
Period of validity:
2012
Approval date:
2012
Modification date:
Not specified
Year:
2016
Region / City:
Not specified
Subject:
Physics
Document Type:
Unit plan / Lesson plan
Institution:
Applied Science Grade 10
Author:
Bhavna Sahajpal
Target Audience:
Grade 10 Applied Science students
Lesson Count:
13
Topics Covered:
Light, Electromagnetic Spectrum, Colour Theory, Optical Phenomena, Lenses, Reflection, Refraction, Scientific Investigation
Resources:
Online videos, Instructables, Stanford comics, Textbook sections, Gizmo simulations, News articles
Assessment Methods:
Mind maps, Worksheets, Quizzes, Class discussions, Chart presentations, Exit cards, Paragraph assignments
Skills Developed:
Scientific investigation, Practical application of physics, Critical thinking
End Date:
Not specified