Rather than criticising theorists that in my opinion are doing things wrong, which is negative, exhausting and would take far too long :) it is more positive to thank those that I admire and who have inspired me in some technical way. I started this list a while ago and neglected to publish it. I have recently added to it, so here it is:
First of all: John Anderson, the co-discoverer of various spacecraft anomalies and more recently periodic variations in big G, without which I would have had far fewer anomalies to get me interested. I love his style because he publishes carefully analysed anomalous data and honestly points out that 'this is unexplained'. This is rare, and is a gift for a data-driven theorist like me.
Although the influence is not direct, I cannot not mention Stephen Fulling, Paul Davies, Bill Unruh and Stephen Hawking (with help from Zeldovitch, Starobinksy & Bekenstein). The discoverers of Hawking-Unruh radiation, without whom Quantised Inertia (QI) / MiHsC would not be possible.
Haisch, Rueda and Puthoff who in 1994 proposed the first model (stochastic electrodynamics) for how inertial mass might be caused by the zero point field (paper), a model that thrilled me when I first read it on a long train journey, like a chink of light would thrill someone lost in a cave. Later I decided it was the way to go, but wrong (it needs a arbitrary cutoff) and this inspired me towards QI/MiHsC and an asymmetric Casimir effect (aCe) which needs no cut-off. I am thrilled and honoured to now be in email contact with Hal Puthoff.
Mordehai Milgrom, who first suggested that physical laws might be wrong at low acceleration and invented MoND in 1983. Milgrom also speculated on a link between MoND and Unruh radiation but wasn't specific, and then discounted the possibility in 1999 saying Unruh radiation was isotropic so could not generate a force. Although MoND is a huge step up from dark matter, it is not as good as MiHsC because it lacks a specific model and needs a number to be input by hand (QI/MiHsC predicts this number by itself). However, Milgrom's papers on MoND were an inspiration to me, and he also kindly commented on (politely disagreed with) my first paper on MiHsC when I sent a draft to him.
Martin Tajmar who has the rare mix of being open-minded enough to test new anomalies while also being professional about it, and he brings much needed respectability to anomalous experiments. Also, like me, he is lucky enough to be married to a South Korean.
Scarpa et al. (2007) who wrote a brilliant paper on globular clusters (published at the first crisis in cosmology conference) that provided the first empirical evidence I was aware of that dark matter, which I didn't believe anyway, was wrong. The data also shows that QI/MiHsC, which depends on local accelerations, and not MoND which depends on external ones, was the answer.
Stacy McGaugh, who I met at my first astrophysics conference on 'Alternative Gravities' in Edinburgh in 2006, and who was the only one at the workshop who seemed to consider MiHsC seriously. He has been kind enough to send me stellar data from time to time, and I hope he will actually cite me someday! He has recently also co-published important results that falsify dark matter.
Jaume Gine, with whom I published the first collaborative paper on QI/MiHsC in 2016. This joint-paper was submitted to so many journals over a couple of years that I'm grateful for both his input and perseverence. The first paper on QI/MiHsC by another person solo was also recently published by Keith Pickering, and takes a refreshingly modified approach (here). Also, Prof Jose Perez-Diaz, who came to see me last year for a few months, and I enjoyed our many discussions. He is now trying to detect QI/MiHsC using a LEMdrive arrangement.
John Dorman who wrote the first, and incisively entertaining, review of my book, a review that struck truer to home than may be apparent from outside, since I sometimes feel just like a boxer in the ring. I now have it blue-tacked on my study wall. He has been especially quick to understand the central importance of horizons and suggested a new name for the theory: 'horizon mechanics'. This name could be used in future if and when gravity is incorporated, since 'mechanics' implies a complete system.
Finally to go back in time again: I submitted my first paper on MiHsC to the prestigious journal MNRAS in 2006, and fully expected to be rejected since I'd never submitted on astrophysics before (only ocean physics up till then). The reviewer said they "didn't exactly believe MiHsC, but it was more plausible than many alternatives which had been published", so they let it pass, to my great joy. The reviewer was also amused by my use of the word 'forecast' instead of 'prediction' (I worked at the Met Office at the time). If this first paper had been rejected I may have given up.
These are only some of the inspiring folk and someday I'll make a complete list. Thanks to all. Happy Easter!