liminerity
/

Mistral-quiet-star-demo

@@ -12,27 +12,27 @@ base_model: unsloth/mistral-7b-bnb-4bit
 datasets:
 - gate369/Alpaca-Star
 ---
-QSTAR
-I think this model is proof of my theory that you dont need a special architecture to train a llm to reason. The techniques i imployed to make this could
-be greatly expanded on and coupled with a agent system to achieve a functioning low cost agi system.
-Steps:
-356	     0.014300
-357	     0.012400
-358	     0.016800
-359	     0.022200
-360	     0.015000
-361	     0.018300
-362	     0.016000
-363	     0.019000
-364	     0.017600
-365	     0.015600
-366	     0.016700
-367	     0.016400
-368	     0.016600
-369	     0.017600
-heres a conversation i had with the model:
-user: "hi there. id like to build a time machine. how might i go about achieving this?"
-assistant: "|startthought| To build a time machine, I need to figure out how to move through time just like we move through space. That means finding a way to change my
           frame of reference from the stationary Earth to one that's moving forward in time. |endthought| One approach is to use Einstein's theory of relativity and massive
           objects with strong gravitational fields, like black holes or neutron stars. By warping spacetime, these objects can slow down time for an observer passing by.
           Another idea is to explore quantum mechanics and the notion of entanglement between particles. If I could create a pair of entangled particles and keep one, the
@@ -40,8 +40,8 @@ assistant: "|startthought| To build a time machine, I need to figure out how to
           collisions, which can create short-lived particles that seem to violate the forward-in-time direction of time. Understanding these phenomena might lead to a
           way to control time flow. Ultimately, building a functional time machine will require advancing our understanding of these fundamental physical principles and
           finding a way to apply them technologically. It's a grand challenge that has captivated scientists and science fiction writers alike for centuries."
-user: "how might we make use of this phenomena to create a functioning time machine?"
-assistant: "|startthought| To make use of these phenomenas to create a funcitoning time machine, we need to find a way to control and harness them technologically.
           That could mean developing advanced gravitational lensing techniques to manipulate space-time around massive objects, exploring quantum entanglement
           in more complex systems, or finding a way to generate the high-energy particle collision conditions needed to create tachyons. It's likely that we'll need to
           understand and combine multiple approaches to make a functional time machine a reality. |endthought| One approach might be to focus on developing advanced
@@ -54,6 +54,9 @@ assistant: "|startthought| To make use of these phenomenas to create a funcitoni
           used to power a time machine. Ultimately, making a functional time machine will require advancing our understanding of these fundamental physical principles
           and finding a way to apply them technologically. It's a grand challenge that has captivaed scientists and science fiction writers alike for centuries."
 # Uploaded  model
 - **Developed by:** liminerity

 datasets:
 - gate369/Alpaca-Star
 ---
+- QSTAR
+-  I think this model is proof of my theory that you dont need a special architecture to train a llm to reason. The techniques i imployed to make this could
+   be greatly expanded on and coupled with a agent system to achieve a functioning low cost agi system.
+-Steps:   -Loss:
+- 356	     - 0.014300
+- 357	     - 0.012400
+- 358	     - 0.016800
+- 359	     - 0.022200
+- 360	     - 0.015000
+- 361	     - 0.018300
+- 362	     - 0.016000
+- 363	     - 0.019000
+- 364	     - 0.017600
+- 365	     - 0.015600
+- 366	     - 0.016700
+- 367	     - 0.016400
+- 368	     - 0.016600
+- 369	     - 0.017600
+- heres a conversation i had with the model:
+- user: "hi there. id like to build a time machine. how might i go about achieving this?"
+- assistant: "|startthought| To build a time machine, I need to figure out how to move through time just like we move through space. That means finding a way to change my
           frame of reference from the stationary Earth to one that's moving forward in time. |endthought| One approach is to use Einstein's theory of relativity and massive
           objects with strong gravitational fields, like black holes or neutron stars. By warping spacetime, these objects can slow down time for an observer passing by.
           Another idea is to explore quantum mechanics and the notion of entanglement between particles. If I could create a pair of entangled particles and keep one, the
           collisions, which can create short-lived particles that seem to violate the forward-in-time direction of time. Understanding these phenomena might lead to a
           way to control time flow. Ultimately, building a functional time machine will require advancing our understanding of these fundamental physical principles and
           finding a way to apply them technologically. It's a grand challenge that has captivated scientists and science fiction writers alike for centuries."
+- user: "how might we make use of this phenomena to create a functioning time machine?"
+- assistant: "|startthought| To make use of these phenomenas to create a funcitoning time machine, we need to find a way to control and harness them technologically.
           That could mean developing advanced gravitational lensing techniques to manipulate space-time around massive objects, exploring quantum entanglement
           in more complex systems, or finding a way to generate the high-energy particle collision conditions needed to create tachyons. It's likely that we'll need to
           understand and combine multiple approaches to make a functional time machine a reality. |endthought| One approach might be to focus on developing advanced
           used to power a time machine. Ultimately, making a functional time machine will require advancing our understanding of these fundamental physical principles
           and finding a way to apply them technologically. It's a grand challenge that has captivaed scientists and science fiction writers alike for centuries."
+- the data set will need more work but this shows insane potential
 # Uploaded  model
 - **Developed by:** liminerity