Mentalizing, Mindfulness, and the Drive for Evidence

by Marie Snyder

In reading about attachment theory, David Wallin‘s description of Peter Fonagy’s work was intriguing, so I went down that rabbit hole. Fonagy developed Mentalization-Based Treatment (MBT) to improve emotional regulation, as distinct from Jon Kabat-Zinn’s Mindfulness-Based Stress Reduction (MBSR). Fonagy sees our mental development as relational, but in order to have empathy for others, we need awareness of our own feelings, which can be helped with mindfulness work. However, in looking at the evidence of efficacy of these separate modalities, I question the attempt, since Freud, to make psychology into a natural science. Each of the various ways to help are useful, but there’s an element of the unknowable in the way when we treat them scientifically. 

According to Wallin, Fonagy’s focus was on developing the understanding of the mental states of others, which he calls mentalizing, to let us understand the depths of ourselves and others. For instance, it can help heal old wounds if we understand that dad’s rejection of us might be due to his depression and not our behaviour as a child. Other people’s reactions to us aren’t just caused by us, but there are always multiple factors at play affecting how people behave. It seems very similar to Theory of Mind. He met Bowby in the 1980s, and studied adults’ behaviour relative to their own descriptions of childhood attachment, and found, when comparing severely deprived to well-connected adults, that a weak attachment was correlated with a weak “reflective functioning” (the ability to understand behaviours in terms of their thoughts, feelings, and mental states). From this, he says psychotherapy should be the “effort to restore or kindle patients’ capacity to mentalize,” to simultaneously feel our feelings and reflect on their meaning. To help people develop mentalizing requires a relationship that mirrors and guides emotional responses. 

His description of mirroring is specific: it must be “contingent and marked.” The reaction has to be accurate and not our own reaction to the other person’s upset, but an empathetic reaction with them. Read more »

Monday, March 15, 2021

“The Hidden Spring: A Journey to the Source of Consciousness” By Mark Solms

by Joan Harvey

For several years I enjoyed discussions about neuroscience with a friend (now deceased) who was a top rock climber. He and his buddies, when not performing solo climbs with torn shoulder muscles and sleeping on cliffside bivouacs, would listen to Sam Harris and talk neuroscience. We have conquered mountains, was their creed; now we will take on the mind. Because of this, and despite the fact that many top neuroscientists are women, and that many neuroscientists come across as gentle and balanced individuals, I got the idea of neuroscience as a slightly competitive macho sport. I grew up among mountains and as a young person I was fond of the Hopkins lines:

O the mind, mind has mountains; cliffs of fall
Frightful, sheer, no-man-fathomed…

Men and women are now fathoming these mind cliffs and, here and there, claiming first ascents.

In the middle of his new book The Hidden Spring, Mark Solms quotes Einstein: “Everything should be made as simple as possible, but no simpler.” This could describe the thinking behind The Hidden Spring: to make the complex theory within as simple as possible, without dumbing it down so much as to be meaningless. It’s an extraordinarily ambitious undertaking—on the one hand Solms is addressing the “hard problem” of consciousness with his own relatively controversial theory; on the other hand he’s trying to explain general concepts of science (falsifiability, Bayesian theory, the free energy principle, Markov blankets, etc.) to a reader who might not know them, so as to guide them through his thinking.

Solms is successful, to my mind, but there remains the question: Who is the general reader (I salute you, General Reader) to whom he says the book is addressed, and whom he advises to ignore the endnotes aimed at academics? I suppose I qualify as a General Reader, as I have neither a math nor a science background, though I did compulsively read all the endnotes. One needn’t be familiar with the arguments of Nagel and Chalmers or Andy Clark’s predictive processing, as Solms summarizes their arguments clearly; on the other hand it probably doesn’t hurt to have some background, and I suspect the “general” reader who comes to this book will do better with at least an acquaintance with these things. Read more »