I have various interests in research, both directly related to my academic research and not. This page is a collection of things I find interesting in this regard. Up top are some handy resources I like for some things, followed by various papers and such.
IOFFE NSM Archive. A site hosting a myriad of semiconductor material properties. Useful for setting up simulations with these materials in programmes such as Nextnano and Silvaco TCAD.
Hehenberger's Dissertation on BTI. Very nice and decently in-depth dissertation explaining just about everything about Bias Temperature Instability measurements/characterization. If pulsed I-V measurements are of interest, this has some good information concerning that!
The Stopping and Range of Ions in Matter! I am deeply interested in setting some of my engineering research in the context of fundamental physics and physical quantities. I have found over the years some tools, such as SRIM, which I feel I may one day come back to. I have not used this yet, and do not aim to soon, but I like to keep this in my pocket just in case.
Stockinger's Dissertation on ULP CMOS. Another dissetation from Vienna, this one has a good deal of information on CMOS scaling and optimizing.
PROJECT OBERON! This is one of those books I intend to read fully some day. I even got it printed from a local print shop! Maybe by the time I get around to it, the technology will be so retro it will be like using an abacus today... Yet, I am very inclined to give it a chance no matter when that time is...
Historical maps by David Rumsey Associates. Besides physical science, I am also a big fan of geography, history, culture, and how those all intersect... Looking at old maps (or even just modern software maps) is one of the ways I unwind.
How ancient Greek letters were pronounced. Similarly, linguistics are a big deal to me, and languages' evolution is absolutely fascinating... And not just because I can connect a lot of the words we speak to my mother tongue! Anyway, if you ever wondered what ancient people might've sounded like, here are some sound clips!
HyperPhysics. Any physicist has probably come across this site... Absolutely wonderful and packed with all sorts of digestible knowledge! Also, has some calculators for certain properties...
SJ Byrnes' website. An individual's website with some interesting tools and information. I in particular have used this tool.
Usenet Physics FAQ. Some good, simple physics knowledge all in one place!
Handbook of Basic Atomic Spectroscopic Data from NIST circa 2013. Title says it all...
F. King, Bounds for the atomic electronic density.
H. Gui et al., Review of Power Electronics Components at Cryogenic Temperatures
S. Taub et al., Cryogenic Probe Station for Use in Automated Microwave and Noise Figure Measurements
D. Bohm, A Suggested Interpretation of the Quantum Theory in Terms of "Hidden" Variables. I
D. Bohm, A Suggested Interpretation of the Quantum Theory in Terms of "Hidden" Variables. II
N. Yurttagül, Millikelvin Si-MOSFETs for Quantum Electronics
B. Bogert et al., The Quefrency Analysis of Time Series for Echoes: Cepstrum, Pseudo Autocovariance, Cross-Cepstrum and Saphe Cracking. A paper that, as far as I can tell, is one of the first sources which explain the cepstrum domain.