how qutip hae to do with thanker, thanker stillnot a word
November 3, 2025 at 11:05 PM
how qutip hae to do with thanker, thanker stillnot a word
Arguably, that's even more explicit, too. My intent with importing QuTiP as an optional dependency of QInfer is quite clear there, rather than getting mixed up with the logic for tracking potentially missing imports and, in the process, swallowing the import error.
The number of times I had […]
The number of times I had […]
Original post on wandering.shop
wandering.shop
November 3, 2025 at 9:03 PM
Arguably, that's even more explicit, too. My intent with importing QuTiP as an optional dependency of QInfer is quite clear there, rather than getting mixed up with the logic for tracking potentially missing imports and, in the process, swallowing the import error.
The number of times I had […]
The number of times I had […]
I just have that idiom memorized, but gah, how much simpler would it be to instead just do:
```
lazy from qutip import Qobj
def from_superoperator(...):
superoperator = Qobj(...)
...
```
```
lazy from qutip import Qobj
def from_superoperator(...):
superoperator = Qobj(...)
...
```
November 3, 2025 at 9:00 PM
I just have that idiom memorized, but gah, how much simpler would it be to instead just do:
```
lazy from qutip import Qobj
def from_superoperator(...):
superoperator = Qobj(...)
...
```
```
lazy from qutip import Qobj
def from_superoperator(...):
superoperator = Qobj(...)
...
```
```
try:
import qutip as qt
except:
qt = None
def require_qutip():
if qt is None:
raise ImportError()
return qt
def from_superoperator(...):
qt = require_qutip()
superoperator = qt.Qobj(...)
...
```
try:
import qutip as qt
except:
qt = None
def require_qutip():
if qt is None:
raise ImportError()
return qt
def from_superoperator(...):
qt = require_qutip()
superoperator = qt.Qobj(...)
...
```
November 3, 2025 at 8:57 PM
```
try:
import qutip as qt
except:
qt = None
def require_qutip():
if qt is None:
raise ImportError()
return qt
def from_superoperator(...):
qt = require_qutip()
superoperator = qt.Qobj(...)
...
```
try:
import qutip as qt
except:
qt = None
def require_qutip():
if qt is None:
raise ImportError()
return qt
def from_superoperator(...):
qt = require_qutip()
superoperator = qt.Qobj(...)
...
```
A startling number of lines in QInfer, QuTiP, and conda were, in retrospect, workaround for not having lazy imports.
E.g.: late importing to break circular dependencies, to reduce startup time, or to mitigate the impact of missing optional dependencies […]
E.g.: late importing to break circular dependencies, to reduce startup time, or to mitigate the impact of missing optional dependencies […]
Original post on wandering.shop
wandering.shop
November 3, 2025 at 8:56 PM
A startling number of lines in QInfer, QuTiP, and conda were, in retrospect, workaround for not having lazy imports.
E.g.: late importing to break circular dependencies, to reduce startup time, or to mitigate the impact of missing optional dependencies […]
E.g.: late importing to break circular dependencies, to reduce startup time, or to mitigate the impact of missing optional dependencies […]
NVIDIA cuQuantum Accelerates Quantum Simulations in QuTiP & scQubits
Read more:
https://quantumzeitgeist.com/nvidia-quantum-simulations/
Read more:
https://quantumzeitgeist.com/nvidia-quantum-simulations/
NVIDIA CuQuantum Accelerates Quantum Simulations In QuTiP & ScQubits
NVIDIA cuQuantum significantly accelerates quantum simulations within popular Python packages QuTiP and scQubits, achieving up to 4000x speedups on GPU nodes. This integration empowers researchers to design and study more complex and accurate qubit systems for improved quantum device performance.
quantumzeitgeist.com
November 3, 2025 at 12:06 PM
NVIDIA cuQuantum Accelerates Quantum Simulations in QuTiP & scQubits
Read more:
https://quantumzeitgeist.com/nvidia-quantum-simulations/
Read more:
https://quantumzeitgeist.com/nvidia-quantum-simulations/
Hands-on Practice 4: States and operators in QuTiP - Introduction to Light-Matter Interaction (光と物質の量子物理学概論)｜ @MotoakiBamba note.com/mobamba/n/n3...
Hands-on Practice 4: States and operators in QuTiP - Introduction to Light-Matter Interaction (光と物質の量｜光と物質の量子論 研究室 @ 横浜国立大学 / BAMBA Motoaki 馬場基彰
In this course, Introduction to Light-Matter Interaction (光と物質の量子物理学概論), held at Graduate School of Engineering Science, Yokohama National University in 2025 Autumn Semester, at the end of each lectur...
note.com
October 24, 2025 at 1:01 AM
Hands-on Practice 4: States and operators in QuTiP - Introduction to Light-Matter Interaction (光と物質の量子物理学概論)｜ @MotoakiBamba note.com/mobamba/n/n3...
Accelerate Qubit Research with NVIDIA cuQuantum Integrations in QuTip and scQubits - NVIDIA Developer
#python
#python
NVIDIA Developer
news.google.com
October 14, 2025 at 8:16 PM
Accelerate Qubit Research with NVIDIA cuQuantum Integrations in QuTip and scQubits - NVIDIA Developer
#python
#python
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
October 9, 2025 at 8:33 AM
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
October 3, 2025 at 9:13 AM
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
October 3, 2025 at 8:51 AM
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
Hands-on Practice 1: Installing Miniconda (Python) & QuTiP - Introduction to Light-Matter Interaction (光と物質の量子物 @MotoakiBamba note.com/mobamba/n/n2...
Hands-on Practice 1: Installing Miniconda (Python) & QuTiP - Introduction to Light-Matter Interaction｜光と物質の量子論 研究室 @ 横浜国立大学 / BAMBA Motoaki 馬場基彰
In this course, Introduction to Light-Matter Interaction (光と物質の量子物理学概論), held at Graduate School of Engineering Science, Yokohama National University in 2025 Autumn Semester, at the end of each l...
note.com
October 3, 2025 at 4:54 AM
Hands-on Practice 1: Installing Miniconda (Python) & QuTiP - Introduction to Light-Matter Interaction (光と物質の量子物 @MotoakiBamba note.com/mobamba/n/n2...
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
October 2, 2025 at 1:57 PM
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
October 2, 2025 at 10:02 AM
From ad-hoc beginnings to global adoption, #QuTiP shows how #opensource drives #QuantumComputing innovation 🌍.
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Read LPI Editor Andrew Oram’s new article to see how the project recruits talent, maintains quality, and reaches out to industry—lessons you can use in your own #FOSS work: lpi.org/0ta5
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
September 25, 2025 at 10:01 AM
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
September 24, 2025 at 12:03 PM
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
September 23, 2025 at 7:22 PM
Want to contribute to #QuantumComputing research with a regular computer? 🧑💻
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#QuTiP #opensource #Python toolkit lets you simulate quantum systems, used by tens of thousands worldwide.
Dive into the final part of this series by LPI’s Andrew Oram to learn more: lpi.org/0ta5
#FOSS #LPI
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
September 23, 2025 at 8:07 AM
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
September 19, 2025 at 10:02 AM
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
September 18, 2025 at 9:04 AM
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
September 17, 2025 at 2:39 PM
#FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Explore Part 2 of this series as LPI’s Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/0ta5
#FOSS #LPI
Seeing Quantum Weirdness
Schrödinger’s Cat in Motion
Schrödinger thought experiment to critique the Copenhagen interpretation of Quantum Mechanics.
Modern computational tools like QuTiP (Quantum Toolbox in Python), can visualize quantum superposition dynamically.
medium.com/@ratwolf/see...
Schrödinger’s Cat in Motion
Schrödinger thought experiment to critique the Copenhagen interpretation of Quantum Mechanics.
Modern computational tools like QuTiP (Quantum Toolbox in Python), can visualize quantum superposition dynamically.
medium.com/@ratwolf/see...
September 5, 2025 at 2:27 PM
Seeing Quantum Weirdness
Schrödinger’s Cat in Motion
Schrödinger thought experiment to critique the Copenhagen interpretation of Quantum Mechanics.
Modern computational tools like QuTiP (Quantum Toolbox in Python), can visualize quantum superposition dynamically.
medium.com/@ratwolf/see...
Schrödinger’s Cat in Motion
Schrödinger thought experiment to critique the Copenhagen interpretation of Quantum Mechanics.
Modern computational tools like QuTiP (Quantum Toolbox in Python), can visualize quantum superposition dynamically.
medium.com/@ratwolf/see...
Yeah, any kinda gentle acetone scrub with a qutip to get the glue off should work
But with it still on 🤔
That's kinda a cool time capsule like...
"I remember getting cheap used games from BlockBuster 👴🤌"
But with it still on 🤔
That's kinda a cool time capsule like...
"I remember getting cheap used games from BlockBuster 👴🤌"
August 30, 2025 at 4:08 PM
Yeah, any kinda gentle acetone scrub with a qutip to get the glue off should work
But with it still on 🤔
That's kinda a cool time capsule like...
"I remember getting cheap used games from BlockBuster 👴🤌"
But with it still on 🤔
That's kinda a cool time capsule like...
"I remember getting cheap used games from BlockBuster 👴🤌"
Ever wondered how we can unlock quantum mysteries faster? NVIDIA cuQuantum and QuTiP are accelerating simulations on AWS, opening doors to breakthroughs in drug discovery and materials science. What challenges do you think this tech could solve? #QuantumComputing #Innovation LINK
August 29, 2025 at 1:22 AM
Ever wondered how we can unlock quantum mysteries faster? NVIDIA cuQuantum and QuTiP are accelerating simulations on AWS, opening doors to breakthroughs in drug discovery and materials science. What challenges do you think this tech could solve? #QuantumComputing #Innovation LINK
Researchers from Institut Quantique, NVIDIA, and AWS collaborated to accelerate quantum system simulations by integrating NVIDIA cuQuantum with QuTiP, achieving up to 4000x speedup using GPU-accelerated computing on AWS.
Accelerating the Quantum Toolkit for Python (QuTiP) with cuQuantum on AWS
Researchers from Institut Quantique, NVIDIA, and AWS collaborated to accelerate quantum system simulations by integrating NVIDIA cuQuantum with QuTiP, achieving up to 4000x speedup using GPU-accelerated computing on AWS.
aws-news.com
August 29, 2025 at 1:14 AM
Researchers from Institut Quantique, NVIDIA, and AWS collaborated to accelerate quantum system simulations by integrating NVIDIA cuQuantum with QuTiP, achieving up to 4000x speedup using GPU-accelerated computing on AWS.