演題：RNAとタンパク質を介した細胞内複合体の探索に向けた技術開発とその応用
日時：2023年３月25日(土) 10:00 – 11:30
会場：zoomによるオンライン講演会
講師：千原 康太郎（国立感染症研究所 治療薬・ワクチン開発研究センター第十室・研究員）
対象：学部生・大学院生、教職員、学外者、一般の方
事前申込先： [email protected] （先進理工学部 生命医科学科 教授 常田）まで
「お名前」「所属」「メールアドレス」「講演会参加の目的」を明記下さい。
早稲田大学の学生の場合は、学籍番号もご記入ください。
申し込みいただいた方に、zoomアドレスをお送りします。
主催：早稲田大学 先進理工学部 生命医科学科
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
*English version follows Japanese
3/17に配布します。感染拡大防止のため時間を分割しますので、指定の時間帯および教室でお受け取りください。開始直後は混みあいますので、滞留が生じないよう分散して来場するようご配慮ください。
※共同大学院他大学（東京女子医科大学・東京農工大学・東京都市大学）本属学生の方は、専攻の指示に従ってお受け取りください。
※急な体調不良などによる欠席の連絡は不要です。3/17に来られない場合は、4/3の同時間帯・会場で実施する2回目にお受け取りください（3/18～4/2の期間はお渡しできません。学生定期健康診断受診前にお受け取りください）。2回とも参加できない場合は、4/4以降、51号館1階教学支援課カウンターにてお受け取りください（事務所が混雑する時間帯はお渡しに時間を要する場合がありますので、極力、所定の日時にお受け取りください。また、郵送はいたしかねます）。
※学生証をまだ受け取っていない方は、教学支援課カウンターで学生証を受け取ってから、裏面シールをお受け取りください（学生証の郵送はいたしかねます）。
※住所変更が生じている方は、以下の手順でご対応ください。
(1)MyWasedaから住所変更を申請(Support Anywhere「各種申請・変更手続き」)
(2)学生証裏面シールを受け取り
(3)51号館1階教学支援課カウンターにて裏面シールを交換
※基幹 学系II 4年次以上で、2023年度IPS（北九州キャンパス）の研究室に在籍し、大学の本人登録住所変更の上、北九州キャンパスで研究に従事される方は、3/23（木）までに以下のお手続きを行うことで、4/3（月）以降北九州キャンパス情報生産システム研究科事務所開室時間内（月～金10：00－16：00）に窓口で新住所反映済の裏面シールの受け取りが可能です。
(1)MyWasedaから住所変更を申請する。
(2)お問い合わせフォームから北九州キャンパスでの受け取り希望の旨、連絡をする。
※西早稲田キャンパス正門は4/3以降工事に伴い閉鎖します。
※過去に転部・転科・転Majorされた方は、転部・転科・転Majorした年が入学年となります。
例：2022年4月に転部された方 → 2022年度入学者の教室
10:00～16:00 53-403教室 ※卓越PG在籍者は除く
New backside sticker for your student ID card will be distributed on March 17, within the period designated for each school/major. Below schedule is arranged for the infection prevention, thus your cooperation to be at your designated period would be highly appreciated.
*For those who transferred school, departments or majors in the past, the year of admission counts as the year of transfered.
Example: Student who transferred in April 2022 → Classroom for Enlleees of 2022.
*It is not necessary to inform us of absences due to sudden illness or other reasons. In case March 17 is not convenient for you, please pick it up on April 3. The venue and the time frame for each school/major remain the same as March 17. (You cannot receive new backside sticker from March 18 to April 2. Please pick it up before taking Student Regular Health Check-up.) If you are unable to attend both sessions, please pick up it after April 4 at “Academic and Student Affairs Section at the Center for Science and Engineering” at the grand floor of the Bldg. 51, Nishi-Waseda Campus (ONLY receive it at counter, no postal service).
*If you have not received your student ID card yet, please pick it up at “Academic and Student Affairs Section at the Center for Science and Engineering” at the grand floor of the Bldg. 51, Nishi-Waseda Campus before you receive your backside sticker (ONLY receive it at counter, no postal service).
*If you have changed your address, please follow the steps below:
(1) Request a change of address via MyWaseda.( 01_Application and Procedures for Changing Information – Support Anywhere (waseda.jp))
(2) Receive your new backside sticker（at each session at the list below）.
(3) Exchange the sticker at “Academic and Student Affairs Section at the Center for Science and Engineering” at the grand floor of the Bldg. 51, Nishi-Waseda Campus.
*Main gate of Nishi-waseda campus will be closed due to construction after April 3, 2023.
12:00-14:00 Math/CSCE Major
14:00-16:00 ME Major
10:00-12:00 CE Major
14:00-16:00 Phys/Chem/Bio Major
10:00-12:00 School of Fundamental Science and Engineering
12:00-14:00 School of Creative Science and Engineering
14:00-16:00 School of Advanced Science and Engineering
10:00-12:00 School of Fundamental Science and Engineering
12:00-14:00 School of Creative Science and Engineering
14:00-16:00 School of Advanced Science and Engineering
10:00-12:00 Graduate School of Fundamental Science and Engineering
12:00-14:00 Graduate School of Creative Science and Engineering
14:00-16:00 Graduate School of Advanced Science and Engineering (*Please follow the instruction from the department if there is any.)
10:00-16:00
10:00-16:00
*English version follows Japanese / Major所属の方は下段の英語版案内をご覧ください。
4/1に学生証を配布します（感染拡大防止のため、配付時間を分割しております。）。学生証の受け取りは本人に限り、郵送はいたしかねます。学部生は「受験票」、大学院生・科目等履修生・交流学生は「公的身分証明書（運転免許証、パスポート、在留カード）」を必ず持参のうえ、指定の場所・時間帯にお受け取りください。また、開始直後は混みあいますので、滞留が生じないよう分散しての来場にご協力ください。
※定期券は、学生証受け取り後、購入可能です。届出住所の変更を要する場合は、MyWasedaを経由しての届出が承認された後、裏面シールの再発行が必要です（Support Anywhere「各種申請・変更手続き」）。
※急な体調不良などによる欠席の連絡は不要です。やむを得ない事情により受け取れなかった場合に限り、4/3以降、西早稲田キャンパス51号館1階理工学統合事務所教学支援課カウンターにてお渡しします（4/2は、受け取れません）。学部生は「受験票」、大学院生・科目等履修生・交流学生は「公的身分証明書（運転免許証、パスポート、在留カード）」を持参のうえ、事務取扱時間内にお受け取りください（事務所が混雑する時間帯はお渡しに時間を要する場合がありますので、極力、所定の日時にお受け取りください）。
※共同大学院の他大学（東京女子医科大学・東京農工大学・東京都市大学）本属学生の方は、早稲田大学学生証およびWaseda IDを専攻の指示にしたがってお受け取りください。
※Major所属の方は下段の英語版案内をご覧ください
日時：2023年4月1日（土）10:00～14:00
場所：西早稲田キャンパス56号館104教室
日時：2023年4月1日（土）10:00～14:00
場所：西早稲田キャンパス56号館104教室
You can receive your student ID card at the following time and date.
Please make sure to bring your ID.
Upon your receipt, you need to double check if all the information (name, date of birth, registered address) is correct. Besides, if any changes to your address or telephone number in Japan occur after enrollment, update your information through My Waseda (“menu”>“profile”). Once you have updated your information, please drop by “the Academic and Student Affair’s Section at the Center for Science and Engineering” and receive a new backside sticker to put on your Student ID card.
Note: Please make sure you bring your photo ID on the day.
A photo ID is preferred, but if you don’t have one, an ID without a photo is acceptable.
<Examples>
| ID with a photo | ID without a photo |
|---|---|
| Passport, Residence card and Driver’s license | Health Insurance card |
・No one else can pick up your student card.
・Please wear a mask on the date.
Date and Time: April 1, 2023 (Sat) 10:00-14:00
Place: Room 104, Bldg. 56, Nishi-Waseda Campus.
Date and Time: April 1, 2023 (Sat) 10:00-14:00
Place: Room 104, Bldg. 56, Nishi-Waseda Campus.
Date: April 1, 2023 (Sat)
Time and Place: Please refer to the following table.
| Graduate School of Fundamental Science and Engineering |
| Room 401, Bldg. 53 |
| 10:00-12:00 |
| Department of Pure and Applied Mathematics Department of Applied Mechanics and Aerospace Engineering |
| 13:00-15:00 |
| Department of Electronic and Physical Systems Department of Intermedia Studies Department of Computer Science and Communications Engineering Department of Materials Science |
| Graduate School of Creative Science and Engineering |
| Room 204, Bldg. 53 |
| 10:00-12:00 |
| Department of Architecture Department of Modern Mechanical Engineering Department of Industrial and Management Systems Engineering |
| 13:00-15:00 |
| Department of Civil and Environmental Engineering Department of Earth Sciences, Resources and Environmental Engineering Department of Business Design & Management |
| Graduate School of Advanced Science and Engineering |
| Room 301, Bldg. 53 |
| 10:00-12:00 |
| Department of Pure and Applied Physics Department of Chemistry and Biochemistry Department of Applied Chemistry |
| 13:00-15:00 |
| Department of Life Science and Medical Bioscience Department of Integrative Bioscience and Biomedical Engineering Department of Electrical Engineering and Bioscience Department of Nanoscience and Nanoengineering Cooperative Major in Advanced Biomedical Sciences Cooperative Major in Advanced Health Science Cooperative Major in Nuclear Energy Department of Advanced Science and Engineering |
Date and Time: April 1, 2023 (Sat) 10:00-14:00
Place: Room 104, Bldg. 56, Nishi-Waseda Campus.
| Faculty of Science and Engineering, WASEDA UNIVERSITY (Video) | Nishi-Waseda Campus (4K Drone View) | |
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| VR Campus Tour – Nishi-Waseda Campus | ||
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| 1 minute video – Material Characterization Central Laboratory | 1 minute video – Waseda’s Robot Research | |
| under construction | under construction | |
| 1 minute video – TWIns | 1 minute video – Wave Basin | |
| under construction | under construction |
| 1 minute video – Science and Engineering Library | 1 minute video – Laboratories for Basic Experiments (Chemistry) | |
| under construction | under construction | |
| 1 minute video – Laboratories for Basic Engineering Experiments | 1 minute video – Laboratories for Fruid and Control Engineering | |
| under construction | under construction | |
| 1 minute video – Manufacturing Laboratory | 1 minute video – Materials Engineerign Laboratory | |
| under construction | under construction | |
| 1 minute video – Architecture Design Studio | ||
| under construction |
| 1 minute video – Faculty of Science and Engineering Cafeteria | 1 minute video – Rohm Square Cafeteria | |
| under construction | under construction | |
| 1 minute video – Coffee Shop | 1 minute video – Learning Space | |
| under construction | under construction | |
| 1 minute video – Waseda Monodukuri Workshop (Waseda FabLab) | ||
| under construction |
| 1 minute video – Nishiwaseda Campus | 1 minute video – Court Yard | |
| under construction | under construction | |
| 1 minute video – Okuma Statue | 1 minute video – Shuttle Bus | |
| under construction | under construction |
| Entrance Ceremony (2019 April) | Graduation Ceremony (2019 March) | |
| under construction | under construction | |
| Entrance Ceremony (2018 September) | Open Campus 2018 – Student Life Introduction | |
| under construction | under construction | |
| Message from Student | For a Brighter Tomorrow | |
| under construction | under construction |
| Major in Physics “Introduction to Cosmic Rays and the CALET Space Mission | Major in Chemistry “Sustainable Chemistry for Humanity” | |
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| Waseda Researcher – Yasuhiro Hayashi | Waseda Researcher – Yasushi Sekine | |
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| Waseda Researcher – Suguru Noda | Waseda Researcher – Michiaki Hamada | |
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| Waseda Researcher – Takao Aoki | ||
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| Yamaguchi Lab – Department of Applied Chemistry | Hayashi Lab – Department of Electrical Engineering and Bioscience | |
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| Department of Civil and Environmental Engineering “Tsunamis and Storm Surges: Introduction to Coastal Disasters” | Major in Civil and Environmental Engineering “Disaster prevention & mitigation for sustainable society” | |
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| Waseda Researcher – Chiharu Tokoro | Waseda Researcher – Hiroyasu Iwata | |
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| Shibayama Lab – Department of Civil and Environmental Engineering | Takizawa Lab – Department of Modern Mechanical Engineering | |
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| Major in Mathematics “Mathematics in Action” | Major in Computer Science and Communications Engineering “A mini- introduction to information theory: What is the weight of information?” | |
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| Waseda Researcher – Toshiyasu Matsushima and Manabu Kobayashi, Center for Data Science | Waseda Researcher – Tetsuya Ogata | |
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| Waseda Researcher – Katsumi Watanabe | Waseda Researcher – Hironori Washizaki | |
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| Shimizu Lab – Department of Computer Science and Engineering | Hashida Lab – Department of Intermedia Art and Science | |
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The structure, dynamics, and functions of materials are predominantly determined by their constituent electrons. Owing to their quantum nature, electrons have “wave”-like characteristics. However, measuring the phase of an electron and its complex electron wavefunction is challenging. Using state-of-the-art attosecond technology, researchers at Waseda University and National Research Council of Canada have now successfully recorded the phase distribution of electrons ejected from a neon atom, allowing a complete, detailed visualization of the complex electron wavefunction.
The early 20th century saw the advent of quantum mechanics to describe the properties of small particles, such as electrons or atoms. Schrödinger’s equation in quantum mechanics can successfully predict the electronic structure of atoms or molecules. However, the “duality” of matter, referring to the dual “particle” and “wave” nature of electrons, remained a controversial issue. Physicists use a complex wavefunction to represent the wave nature of an electron. “Complex” numbers are those that have both “real” and “imaginary” parts—the ratio of which is referred to as the “phase”. However, all directly measurable quantities must be “real”. This leads to the following challenge: when the electron hits a detector, the “complex” phase information of the wavefunction disappears, leaving only the square of the amplitude of the wavefunction (a “real” value) to be recorded. This means that electrons are detected only as particles, which makes it difficult to explain their dual properties in atoms.
The ensuing century witnessed a new, evolving era of physics, namely, attosecond physics. The attosecond is a very short time scale, a billionth of a billionth of a second. “Attosecond physics opens a way to measure the phase of electrons. Achieving attosecond time-resolution, electron dynamics can be observed while freezing molecular motion,” explains Professor Hiromichi Niikura from the Department of Applied Physics, Waseda University, Japan, who, along with Professor D. M. Villeneuve—a principal research scientist at the Joint Attosecond Science Laboratory, National Research Council, and adjunct professor at University of Ottawa—pioneered the field of attosecond physics. Niikura and Villeneuve had previously developed a breakthrough method, attosecond re-collision, and also demonstrated the imaging of a molecular orbital or electron wavefunction in a molecule.
In a recent study published in Volume 106 Issue 6 (2022; page 063513) of Physical Review A on 23 December, 2022, these researchers employed another approach involving attosecond physics, using an attosecond laser pulse, or high-harmonic generation, to visualize a complex wavefunction. The attosecond laser pulse consists of coherent light with a wavelength much shorter than ultra-violet, referred to as extreme ultra-violet (EUV) light. When this pulse irradiates a gas, an electron is ejected. This process is referred to as photoionization. The attosecond pulse consists of a set of “harmonics” or different colors of light. By controlling the generation of the attosecond pulse, the researchers isolated two photoionization pathways—one consisting of a particular harmonic, and the other consisting of another harmonic along with an infrared pulse—to ionize neon. The electron wavefunctions produced by both pathways can interfere with each other. The interference pattern varies with the attosecond delay between the harmonics and the IR pulses. The team determined the phase and amplitude distributions of the photoelectron from the interference pattern and visualized its complex wavefunction. As the energy resolution is smaller than the bandwidth of the attosecond pulses, the researchers were successful in visualizing the detailed wavefunction structure. Furthermore, the researchers developed a method of disentangling the measured wavefunction into wavefunctions that are produced by individual ionization pathways.
Now that the researchers have successfully visualized the complex wavefunction of an electron—something that cannot be seen through conventional photoelectron spectroscopy—there’s so much more they can achieve! Niikura says, “Nowadays, photoelectron spectroscopy using EUV and X-ray has become a basic tool for investigating structures and dynamics of materials. The present method will provide a way to elucidate the quantum properties of electrons.” Visualizing the complete, detailed, complex electron wavefunction will be of significant impact in the fields of nanotechnology, chemistry, and molecular biology.
Authors: Takashi Nakajima1, Tasuku Shinoda1, D. M. Villeneuve2 and Hiromichi Niikura1
Title of original paper: High-resolution attosecond imaging of an atomic electron wavefunction in momentum space
Journal: Physical Review A
DOI: 10.1103/PhysRevA.106.063513
Latest Article Publication Date: 23 December, 2022
Affiliations: 1Department of Applied Physics, Waseda University, Japan
2Joint Attosecond Science Laboratory, National Research Council and University of Ottawa, Ontario, Canada
Image title: Visualizing complex photoelectron wavefunctions using attosecond imaging technology
Image caption: Researchers measure the phase and amplitude of the complex electron wavefunctions (a,b), represented by color (or hue) for phase and brightness (or value) for amplitude (plotted in logarithmic scale), in the hue-saturation-value (HSV) color map, as shown in (c).
Image credits: Hiromichi Niikura from Waseda University
License type: Original content
Hiromichi Niikura is a Professor at the Department of Applied Physics, Waseda University. He obtained his bachelors from Kyoto Institute of Technology, masters from Graduate School of Kyoto Institute of Technology, and Ph.D. from Graduate University for Advanced Studies, Institute for Molecular Science, Japan. His research focuses on atomic, molecular, and optical (AMO) physics. He has worked at National Research Council of Canada (2000-2009), where he conducted a pioneering work in attosecond physics, a new emerging field. Niikura was awarded the prestigious Japan Society for Promotion of Science (JSPS) award in 2012. Professor Niikura can be contacted at [email protected].
演題：Recent advances on the mathematical analysis of Einstein’s field equations of general relativity
日時：2023年1月28日(土)15時00分～17時00分
会場：西早稲田キャンパス 55号館 N棟 2階 第1会議室 物理学科・応用物理学科会議室
講師：Philippe G. LeFloch（Research ProfessorLaboratoire J-L Lions and CNRS Sorbonne Université, Paris）
対象：学部生・大学院生、教職員、学外者、一般の方
参加方法：入場無料、直接会場へお越しください。
主催：先進理工学研究科 物理学及応用物理学専攻
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
演題：Theoretical studies of optical materials doped with transition metals
日時：2023年1月26日(木) 10時30分～12時00分
会場：西早稲田キャンパス 55号館第1会議室
講師：Mikhail Brik（Institute of Physics University of Tartu Professor）
対象：学部生・大学院生、教職員、学外者、一般の方
参加方法：入場無料、直接会場へお越しください。
主催：基幹理工学研究科 電子物理システム学専攻
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
演題：ゲノム分子情報にもとづく生命医科学分野におけるデータサイエンス
日時：2023年1月26日(木) 17:00 – 18:30
会場：早稲田大学120-5号館 121会議室
※ハイブリットで開催いたします。遠隔参加希望の場合は以下参照
講師：土方 敦司（東京薬科大学 生命科学部 准教授）
対象：学部生・大学院生、教職員、学外者、一般の方
事前申込先：[email protected]
「お名前」「所属」「メールアドレス」「講演会参加の目的」を明記下さい。
早稲田大学の学生の場合は、学籍番号もご記入ください。
申し込みいただいた方に、zoomアドレスをお送りします。
主催：早稲田大学 先進理工学部 生命医科学科
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
演題：ラジカル種を用いた新奇固体反応の開発：
環状アルコールの開環型フッ素化反応・芳香族臭化物とアルキルピリジニウム塩
との還元的カップリング反応
日時：2023年2月11日(土)16：30－18：00
会場：早稲田大学 121号館 共通会議室
講師：一色 遼大（北海道大学 化学反応創成研究拠点(WPI-ICReDD)特任助教）
対象：学部生・大学院生、教職員、学外者、一般の方
参加方法：入場無料、直接会場へお越しください。
主催：先進理工学研究科 応用化学専攻
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
演題：新薬 vs. ジェネリック
日時：2023年1月25日(水)16：30－18：00
会場：早稲田大学 121号館 コマツ記念ホール
講師：内川 治（東和薬品株式会社上席執行役員 大地化成株式会社代表取締役会長）
対象：学部生・大学院生、教職員、学外者、一般の方
参加方法：入場無料、直接会場へお越しください。
主催：先進理工学研究科 応用化学専攻
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
演題：Frei Otto, Thinking by Modeling
日時：2023年1月19日(木) 16時30分～18時00分
会場：オンライン（Zoom）による開催
講師：Georg Vrachliotis （デルフト工科大学, 教授
Full Professor,ChairTheory of Architecture & Digital Culture, Department of ArchitectureTU Delft）
対象：学部生・大学院生、教職員、学外者、一般の方
参加方法：時間になりましたら下記URLよりご入室下さい。
https://list-waseda-jp.zoom.us/j/92365124295?pwd=WGVhUEV4NzVDUW90WkxSMVVIbm9Zdz09
主催：創造理工学研究科 建築学専攻
問合せ：早稲田大学 理工センター 総務課
TEL：03-5286-3000
Morphology of galaxies contain important information about the process of galaxy formation and evolution. With its state-of-the-art resolution, NASA’s James Webb Space Telescope has now captured several red spiral galaxies in its first image at an unprecedented resolution. Researchers from Waseda University have now analyzed these galaxies, revealing that these are among the furthest known spiral galaxies till date. The analysis further detected a passive red spiral galaxy in the early universe, a surprising discovery.
Spiral galaxies represent one of the most spectacular features in our universe. Among them, spiral galaxies in the distant universe contain significant information about their origin and evolution. However, we have had a limited understanding of these galaxies due to them being too distant to study in detail. “While these galaxies were already detected among the previous observations using NASA’s Hubble Space Telescope and Spitzer Space Telescope, their limited spatial resolution and/or sensitivity did not allow us to study their detailed shapes and properties,” explains Junior Researcher Yoshinobu Fudamoto from Waseda University in Japan, who has been researching galaxies’ evolution.
Now, NASA’s James Webb Space Telescope (JWST) has taken things to the next level. In its very first imaging of the galaxy cluster, SMACS J0723.3-7327, JWST has managed to capture infrared images of a population of red spiral galaxies at an unprecedented resolution, revealing their morphology in detail!
Against this backdrop, in a recent article published in The Astrophysical Journal Letters on 21 October 2022, a team of researchers comprising Junior Researcher Yoshinobu Fudamoto, Prof. Akio K. Inoue, and Dr. Yuma Sugahara from Waseda University, Japan, has revealed surprising insights into these red spiral galaxies. Among the several red spiral galaxies detected, the researchers focused on the two most extremely red galaxies, RS13 and RS14. Using spectral energy distribution (SED) analysis, the researchers measured the distribution of energy over wide wavelength range for these galaxies. The SED analysis revealed that these red spiral galaxies belong to the early universe from a period known as the “cosmic noon” (8-10 billion years ago), which followed the Big Bang and the “cosmic dawn.” Remarkably, these are among the farthest known spiral galaxies till date.
Rare, red spiral galaxies account for only 2% of the galaxies in the local universe. This discovery of red spiral galaxies in the early universe, from the JWST observation covering only an insignificant fraction of space, suggests that such spiral galaxies existed in large numbers in the early universe.
As a remarkable improvement over previous IRAC image (above), JWST’s unprecedented spatial resolution and high IR sensitivity reveals the morphological details of the red spiral galaxies (below) RS13 and RS14. This facilitates a detailed analysis revealing hitherto unknown features of red spiral galaxies belonging to the early universe.
The researchers further discovered that one of the red spiral galaxies, RS14, is a “passive” (not forming stars) spiral galaxy, contrary to the intuitive expectation that galaxies in the early universe would be actively forming stars. This detection of a passive spiral galaxy in the JWST’s limited field of view is particularly surprising, since it suggests that such passive spiral galaxies could also exist in large numbers in the early universe.
Overall, the findings of this study significantly enhances our knowledge about red spiral galaxies, and the universe as a whole. “Our study showed for the first time that passive spiral galaxies could be abundant in the early universe. While this paper is a pilot study about spiral galaxies in the early universe, confirming and expanding upon this study would largely influence our understanding of the formation and evolution of galactic morphologies,” concludes Fudamoto.
Title of original paper: Red Spiral Galaxies at Cosmic Noon Unveiled in the First JWST Image
DOI: 10.3847/2041-8213/ac982b
Journal: The Astrophysical Journal Letters
Article Publication Date: October 21, 2022
Authors: Yoshinobu Fudamoto1,2, Akio K. Inoue1,3, and Yuma Sugahara1,2
Affiliations:
1Waseda Research Institute for Science and Engineering, Faculty of Science and Engineering, Waseda University
2National Astronomical Observatory of Japan
3Department of Physics, School of Advanced Science and Engineering, Faculty of Science and Engineering, Waseda University
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