Top Songs Right Now β Chart Insights The most-streamed and purchased songs along with genre trends. Source: Apple iTunes Top Songs β Live 4th June, 2026 #music#data
Top Songs Right Now β Chart Insights
The most-streamed and purchased songs along with genre trends. Source: Apple iTunes Top Songs β Live
#data#itunes#music
Top Songs Right Now β Chart Insights The most-streamed and purchased songs along with genre trends. Source: Apple iTunes Top Songs β Live 29th May, 2026 #music#data
spent some time experimenting with simulations again.
it's amazing how many mistakes can be discovered virtually before building anything physical.
#Simulation#Engineering
@forallcurious just for context, the left image is a Lorenz attractor. It represents a nonlinear, chaotic system where tiny shifts in initial conditions completely change the final result
While working on an FPGA project recently, I caught myself trying to think about the design like software.
That usually ends badly.
The biggest challenge hasn't been learning Verilog. It's learning to think in hardware instead of instructions.
#FPGA#Hardware#Engineering
Amplitude Modulation. It's just multiplying a high-frequency carrier by a low-frequency signal. Watching it squash and stretch in real-time makes telecom feel less like black magic and more like fancy multiplication.
#simulation#Telecom#SignalProcessing
@compileandpush Strictly pinning dependencies. Vibe coding gets it working fast locally, but containerization is the only way to make it truly installable.
A core requirement of a genuinely useful FPGA prototyping workflow is tight hardware-software co-design from the start. Toolchain choices and simulation strategies should both be driven by that constraint, not added as an afterthought.
The more you build with AI tools, the more you respect the underlying architecture. The less you understand the hardware, the more you trust the abstraction.
Depth is clarifying. Shallow familiarity is dangerous.
RLC underdamped transient response. You cut the power, but parasitic inductance and capacitance keep the signal bouncing for another 20ms. Hardware doesn't care about your clean logic states.
#simulation#Electronics#Hardware
I can't believe this still needs to be said.
STOP HARDCODING MAGIC NUMBERS INTO YOUR FIRMWARE.
STOP PUSHING UNTESTED CODE DIRECTLY TO MAIN.
STOP IGNORING TIMING CONSTRAINTS ON YOUR FPGA.
STOP CALLING IT "VIBE CODING" WHEN IT'S JUST GUESSING.
YOUR HARDWARE WILL NOT FORGIVE YOU.
DEBUG IT PROPERLY. PLEASE.
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