Sunday: 
- Jamie as a  mentor for haqathon 

Saturday: 
- Presentations begin 
- John  and Maryanna from NYU and SandboxAQ 
- **SEEQC** presents quantum microprocessor talk 
	- classically - bell  labs
		- vacuum tubes to the first tunneling  transistors 
		- the nvidia grace hopper chip  
		- classical systems quantum systems in cold  environemnts
	- Software & firmware to include 
		- SFQ  Pulses 
![[Pasted image 20230930133113.png]]
- All quantum modalities are included 
- SEEQC- red 
	- that runs as a benchmark to compare these incumbent systems
	- the next level is SEEQC orange 
- The implementation of the chip 
	- superconducting chips 
		- theexsmple of google sycamore and th architecture is a long process 
		- it has to be t
		- analog microwave pulse at room temperature that has to go all the way back to 
		- the signal from your qubit 
		- you read it 
		- translated it amplified 
		- generated a control pulse and 
		- everyone one of those cables is $2000-4000 
		- you have to be
	- the integration between the 
	- NVidia is the room temperature GPU - 
	- there will be asked on each stage - the error corretion question 
		-  SEEQC thinks that quantum error correction needs to be parsed 
		- riverlane error correction schemes that should be implemented - build a platform that can support different kinds of error correction tradeoffs 
	- the chip is not based on  transistors -  operate on CMOS circuits and dissipate too much heat
	- josephson junctions are being used niobium nitrate 
	- the standard configuration is 5 qubits
	- because of multiplexing we  dont need  control and readout for each indiviudal qubit 
		- they can do control and readout of 15 qubit 
		- transmons are being used 
		- Heisenberg simulations the
		- building students in to work in the foundry 
		- jlevy@seeqc.com
		- connect with the foundry  for testing 
		- CMOS architectures 
		- power is the enemy  of your qubits
			- power is heat and heat dissipates them 
	- SFQ
	- the active QPU and 
Sunday:  
- 

---
Student  Project  1  - Team 6
Cloud Seeding 
- machine learning + quantum computing 
- pennylane tensorflwo 
- multiplayer perceptron  
- quantum entangled
-