-
Hsu-Hsin Chu23/11/2023, 14:00
-
Chih-Hao Pai23/11/2023, 15:00
-
Jyhpyng Wang23/11/2023, 16:30
-
Shao-Wei Chou23/11/2023, 17:30
-
24/11/2023, 09:00
-
24/11/2023, 09:30
-
Chih-Hsun Lin24/11/2023, 09:40
-
Hsu-Hsin Chu24/11/2023, 10:00
On high harmonic generation, including a brief introduction to the Physics Nobel Prize 2023
Go to contribution page -
Shao-Wei Chou24/11/2023, 10:30
A brief report on the application of laser wakefield accelerator in x-ray generation
Go to contribution page -
Chih-Hao Pai24/11/2023, 10:45
On the preparation of laser-plasma proton acceleration experiments
Go to contribution page -
23. Exploring new frontiers in laser-driven ion acceleration with the aid of artificial intelligenceYasuhiro Kuramitsu24/11/2023, 11:00
-
Jyhpyng Wang24/11/2023, 11:30
-
Li-Ying Chou24/11/2023, 13:30
-
Chun-Yu Wei24/11/2023, 13:50
-
Hock King Ting24/11/2023, 14:10
-
Yung-Fu Chen24/11/2023, 14:30
QCD Axion is a hypothesized particle for solving CP symmetry preserving problem in the strong interaction, and is also considered as a promising candidate for dark matter halo. TASEH (Taiwan Axion Search Experiment with Haloscope) searches dark matter axions based on a haloscope setup, consisting of a frequency-tunable microwave cavity detector in a strong magnetic field and a signal receiver....
Go to contribution page -
Wei-Cheng Hung24/11/2023, 14:50
Axion, a dark matter candidate, can convert to a photon under a strong magnetic field. For the mass range of 10–25 μeV the TASEH experiment aims to search, the axion-converted photons can be detected by a set of RF amplifiers and signal analyzers. The electronic noise is against the signal readout efficiency. Josephson parametric amplifier (JPA) has the potential to provide quantum-limited...
Go to contribution page -
Ping-I Wu24/11/2023, 15:10
The TASEH experiment is building a haloscope with a resonant cavity to search for axions. The sensitivity to the axion-photon coupling 𝑔_{𝑎𝛾𝛾} can be enhanced with better cavity performance. We are exploring a new design of tunable microwave cavity in conic-shell shape, which has 7.2 times the volume of our previous cavity, and the sensitivity is expected to increase 2.8 times. The new cavity...
Go to contribution page -
Kai-Yu Cheng24/11/2023, 15:50
-
Henry Wong (Academia Sinica)24/11/2023, 16:15
-
Yuki Inoue (National Central University)24/11/2023, 16:30
-
Suen Hou24/11/2023, 17:15
-
Jyhpyng Wang, Yuan-Hann Chang
-
Jyhpyng Wang, Yuan-Hann Chang
Choose timezone
Your profile timezone: