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@choco-bot
choco-bot / FilesSnapshot.xml
Created December 2, 2025 10:35
az.powershell v15.1.0 - Passed - Package Tests Results
<?xml version="1.0" encoding="utf-8"?>
<fileSnapshot xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<files>
<file path="C:\ProgramData\chocolatey\lib\az.powershell\az.powershell.nupkg" checksum="30EC088EC843EC261FC09DF7F76E0045" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\az.powershell.nuspec" checksum="718F5180600EE12CCF241B8EC0B9CE8D" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\az.zip.txt" checksum="32D7886FA7AFB0861D74CEE83DE1A752" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\tools\.skipAutoUninstaller" checksum="D41D8CD98F00B204E9800998ECF8427E" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\tools\chocolateyBeforeModify.ps1" checksum="63AE160C47108DE9BC578941D3FD3935" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\tools\chocolateyInstall.ps1" checksum="E291074E4E784F4FE7B32F7B819E27A7" />
<file path="C:\ProgramData\chocolatey\lib\az.powershell\tool
@freederia-research
freederia-research / Dynamic_Pulse_Shaping_for_Enhanced_Entanglement_Fidelity_in_Integrated_Photonic_Qubit_Systems.md
Created December 2, 2025 10:35
[DOCS] Dynamic Pulse Shaping for Enhanced Entanglement Fidelity in Integrated Photonic Qubit Systems (Published: 2025-12-02 19:35:10)

Dynamic Pulse Shaping for Enhanced Entanglement Fidelity in Integrated Photonic Qubit Systems

Abstract: This paper presents a novel approach to improving entanglement fidelity in integrated photonic qubit systems via real-time dynamic pulse shaping. Current implementations face limitations due to fabrication imperfections and environmental noise, leading to degradation in entanglement quality. Our proposed system utilizes a digitally controlled adaptive optics (DCOA) module in conjunction with a machine learning-based feedback loop to dynamically shape laser pulses before interaction with the photonic qubits. This actively compensates for system imperfections and noise, resulting in demonstrated entanglement fidelity improvements of up to 15% compared to static pulse shaping techniques, significantly advancing the feasibility of scalable photonic quantum computing.

1. Introduction:

Photonic qubits offer promising advantages for quantum computing, including room-temperature operation and inherent

1. ORGANIZATIONS MODULE

1.1 Add Billing Usage Question

  • Add a mandatory question in the Facturas tab: “Do you want to use DBDriver Movilidad as invoicing software?” Options:
    • Yes, I want to use it as invoicing software.
    • No, I prefer to manage invoicing myself.
  • Display mandatory legal note depending on the option chosen.
@HugsLibRecordKeeper
HugsLibRecordKeeper / output_log.txt
Created December 2, 2025 10:34
Rimworld output log published using HugsLib
Log uploaded on Tuesday, December 2, 2025, 6:34:22 PM
Loaded mods:
Harmony(brrainz.harmony)[mv:2.4.2.0]: 0Harmony(2.4.1), HarmonyMod(2.4.2)
Core(Ludeon.RimWorld): (no assemblies)
Royalty(Ludeon.RimWorld.Royalty): (no assemblies)
Ideology(Ludeon.RimWorld.Ideology): (no assemblies)
Biotech(Ludeon.RimWorld.Biotech): (no assemblies)
Anomaly(Ludeon.RimWorld.Anomaly): (no assemblies)
Odyssey(Ludeon.RimWorld.Odyssey): (no assemblies)
Cherry Picker(Owlchemist.CherryPicker): CherryPicker(av:1.0.62,fv:1.0.62)
@sunmeat
sunmeat / different files.java
Created December 2, 2025 10:33
Spinner + adapter + custom item layout
activity_main.xml:
<?xml version="1.0" encoding="utf-8"?>
<LinearLayout
xmlns:android="http://schemas.android.com/apk/res/android"
android:layout_width="match_parent"
android:layout_height="match_parent"
android:gravity="top"
android:orientation="vertical">
<Spinner
@freederia
freederia / Hyper-Resolution_Temporal_Waveform_Reconstruction_for_Direct_Digital_Synthesis_using_Multi-Modal_Sen.md
Created December 2, 2025 10:32
[DOCS] Hyper-Resolution Temporal Waveform Reconstruction for Direct Digital Synthesis using Multi-Modal Sensor Fusion and Bayesian Optimization (Published: 2025-12-02 19:32:30)

Hyper-Resolution Temporal Waveform Reconstruction for Direct Digital Synthesis using Multi-Modal Sensor Fusion and Bayesian Optimization

Abstract: This paper presents a novel approach to direct digital synthesis (DDS) by leveraging hyper-resolution temporal waveform reconstruction based on a fusion of multi-modal sensor data and Bayesian optimization techniques. Traditional DDS methods are limited by numerical precision and phase noise. Our methodology overcomes these limitations by employing a dynamic, data-driven reconstruction process that infers and corrects for both noise and waveform distortion. Achieving a 10-fold improvement in waveform purity and a 5-fold reduction in phase noise compared to state-of-the-art DDS implementations, this approach opens avenues for high-precision signal generation in critical applications such as quantum computing, advanced telecommunications, and high-resolution radar systems.

Keywords: Direct Digital Synthesis, Multi-Modal Sensing, Bayesian Optimization, Tem

@buildsumn Phone support is a dream!
— @alexdolbun (@alexdolbun)
Dec 2, 2025
December 02, 2025 at 12:28AM
via X https://ift.tt/Q9g63fr
RT @buildsumn: Once this clears lets test some things out 😎 https://t.co/g5tMUEPezM
— @alexdolbun (@alexdolbun)
Dec 2, 2025
December 02, 2025 at 12:27AM
via X https://ift.tt/Q9g63fr
@anuraj76
anuraj76 / gist:bdbab6af7daf4ab60f1c46d268c2055f
Last active December 2, 2025 10:31
Magic 8-Ball The Magic 8-Ball is a popular toy developed in the 1950s for fortune-telling or advice seeking. Write a magic8.py Python program that can answer any “Yes” or “No” question with a different fortune each time it executes. Magic 8-Ball, should I do this project? We’ll be using the following 9 possible answers for our Magic 8-Ball: Yes …
#Import random module
import random
#declare a variable to assign name of the person asking the 'Yes or 'No' Q
name = ''
#variable for assigning the question asked by the person
question = ''
#assign another variable to store the answer of Magic Eight ball. Keep it empty for now
answer = ''