Design Science marks its 10th anniversary with a special editorial: “Design Science: Why, What and How – Revisited.”
Read the full editorial freely thanks to open access: https://cup.org/4igEvYv
#DesignScience #OpenAccess
Design Science marks its 10th anniversary with a special editorial: “Design Science: Why, What and How – Revisited.”
Read the full editorial freely thanks to open access: https://cup.org/4igEvYv
#DesignScience #OpenAccess
Design Science marks its 10th anniversary with a special editorial: “Design Science: Why, What and How – Revisited.”
Read the full editorial freely thanks to open access: https://cup.org/4igEvYv
#DesignScience #OpenAccess
Design Science marks its 10th anniversary with a special editorial: “Design Science: Why, What and How – Revisited.”
Read the full editorial freely thanks to open access: https://cup.org/4igEvYv
#DesignScience #OpenAccess
About this journal → https://cup.org/4huxUJF
Full list of editors → https://cup.org/4obBj2w
About this journal → https://cup.org/4huxUJF
Full list of editors → https://cup.org/4obBj2w
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
#CambridgeMaterials #SDGs #Sustainability #SciencePolicy
#CambridgeMaterials #SDGs #Sustainability #SciencePolicy
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
This third edition is an essential resource for graduate students and researchers working in photonics, optoelectronics, and nano-optics.
https://cup.org/3VXizaE
This third edition is an essential resource for graduate students and researchers working in photonics, optoelectronics, and nano-optics.
https://cup.org/3VXizaE
➡️ https://cup.org/4qmbFK5
#BiotechnologyDesign #OpenAccess
➡️ https://cup.org/4qmbFK5
#BiotechnologyDesign #OpenAccess
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
A comprehensive account of methods used in the rigorous study of Ising models and classical and quantum Heisenberg models.
https://cup.org/4nE0yt8
📚 https://cup.org/49yTjiI
#PASA #Astronomy #ASA
📚 https://cup.org/49yTjiI
#PASA #Astronomy #ASA
Learn more: ➡️ https://cup.org/4mxL5dG
Learn more: ➡️ https://cup.org/4mxL5dG
Browse the collections freely thanks to #OpenAccess. ➡️ https://cup.org/3L5I3Aw
Browse the collections freely thanks to #OpenAccess. ➡️ https://cup.org/3L5I3Aw
Title: Onsager’s "ideal turbulence" theory
Speaker: Gregory L. Eyink
Time: Thur 4:00 PM (GMT) on November 6
More info and RSVP via Cassyni https://cassyni.com/s/fmws
Title: Onsager’s "ideal turbulence" theory
Speaker: Gregory L. Eyink
Time: Thur 4:00 PM (GMT) on November 6
More info and RSVP via Cassyni https://cassyni.com/s/fmws
Browse the collections freely thanks to #OpenAccess. ➡️ https://cup.org/3L5I3Aw
Browse the collections freely thanks to #OpenAccess. ➡️ https://cup.org/3L5I3Aw
➡️ https://cup.org/3KYcoRv
➡️ https://cup.org/3KYcoRv
To celebrate, we’ve curated collections of the latest research across a range of subjects, freely available.
🤖 Artificial Intelligence: https://cup.org/4oEG4BH
🦾 Robotics: https://cup.org/43sz4PR
💡 Laser Science: https://cup.org/4hmzFsa
#OAweek
To celebrate, we’ve curated collections of the latest research across a range of subjects, freely available.
🤖 Artificial Intelligence: https://cup.org/4oEG4BH
🦾 Robotics: https://cup.org/43sz4PR
💡 Laser Science: https://cup.org/4hmzFsa
#OAweek
To celebrate, we’ve curated collections of the latest research across a range of subjects, freely available.
🤖 Artificial Intelligence: https://cup.org/4oEG4BH
🦾 Robotics: https://cup.org/43sz4PR
💡 Laser Science: https://cup.org/4hmzFsa
#OAweek
To celebrate, we’ve curated collections of the latest research across a range of subjects, freely available.
🤖 Artificial Intelligence: https://cup.org/4oEG4BH
🦾 Robotics: https://cup.org/43sz4PR
💡 Laser Science: https://cup.org/4hmzFsa
#OAweek
This third edition is an essential resource for graduate students and researchers working in photonics, optoelectronics, and nano-optics.
https://cup.org/3VXizaE
This third edition is an essential resource for graduate students and researchers working in photonics, optoelectronics, and nano-optics.
https://cup.org/3VXizaE
New Volume = New Cover
📸 [A51] Phenomenology of decaying turbulence beneath surface waves Wagner GL and Constantinou NC https://doi.org/10.1017/jfm.2025.10649
New Volume = New Cover
📸 [A51] Phenomenology of decaying turbulence beneath surface waves Wagner GL and Constantinou NC https://doi.org/10.1017/jfm.2025.10649
Learn more: ➡️ https://cup.org/4mxL5dG
Learn more: ➡️ https://cup.org/4mxL5dG
Learn more: ➡️ https://cup.org/4mxL5dG
Learn more: ➡️ https://cup.org/4mxL5dG
New Volume = New Cover
📸 (A14) Nonlinear and buoyancy pressure correlations in stably stratified turbulence
Yi YR, Koseff JR and Bou-Zeid E doi.org/10.1017/jfm.2025.10605
New Volume = New Cover
📸 (A14) Nonlinear and buoyancy pressure correlations in stably stratified turbulence
Yi YR, Koseff JR and Bou-Zeid E doi.org/10.1017/jfm.2025.10605