Here is a concise summary of the provided transcript:
**Title:** Unspecified Experiment (likely a DIY Non-Newtonian Fluid Experiment)
**Hosts:**
1. Dr. Murle Stand (of "The Big Band")
2. Jasmine Stein (assistant)
**Summary:**
* The hosts introduce a new experiment, revisiting a previous concept with a more scientific approach.
* They create a **Non-Newtonian Fluid** using approximately **10 kg of cornstarch** and **37 liters of water**.
* The fluid's properties are demonstrated through various interactions, including slaps, dropping objects (a round "candle"), and attempting to compress it.
* The experiments showcase the fluid's unique, non-intuitive behavior (e.g., acting solid under sudden impact, then liquefying).
* The video concludes with the hosts seeking feedback for future experiments and teasing the next video.
**Note:** The transcript appears to be from a video, possibly a DIY science or entertainment content, with some parts translated from Italian, which might affect the clarity of certain details.
Here are the key facts extracted from the text, keeping them short and opinion-free:
1. **Experiment Hosts**: The experiment is hosted by Doctor Murle and Jasmine Stein.
2. **Experiment Topic**: The experiment involves creating a non-Newtonian fluid.
3. **Main Ingredient**: The primary ingredient used is cornstarch.
4. **Quantity of Cornstarch**: Approximately 10 kg of cornstarch is used, divided into about 40 boxes of 250 grams each.
5. **Additional Ingredient**: Water is used in conjunction with cornstarch.
6. **Volume of Water**: 37 liters of water are mentioned in the context of the experiment.
7. **Experiment Setup**: A large, transparent basin is used to mix the ingredients.
8. **Tools Used**: Various tools are utilized, including a ladle, mallet, and rolling pin.
9. **Experiment Phases**: Multiple phases or steps are involved in the experiment, including mixing and applying force.
10. **Objects Tested**: Different objects are used to interact with the fluid, including a round, candle-like object.
11. **Observations**: The fluid exhibits non-Newtonian behavior, changing viscosity in response to force.
12. **Experiment Outcome**: The fluid's properties are successfully demonstrated through various interactions.