If I cannot access documentation for a library/function at a mere tap of a button - that language isn't going into my toolbelt. I have to code in like 5 languages at my dayjob, that's at least 3 different types of semantics for ==.
Java, and Kotlin, are great at that. It's the major pitfall for Scala(and a laundry list of others), on the other side(hey implicits and converters, that make even IntelliJ go "wut?"). Those long names in Java are actually a godsend. Give me "int indexInTheArray" over "int x" anyday. Explicitness of Python is also a pleasant thing to work with.
People forget that most software is boring website backends, business processes and similar tools. Most devs don't have mental capacity to devote to "the one and only" language+platform+ISA.
It might also be an unhappy coincidence, but the library I was playing around with (scrapy) also had HORRENDOUSLY documented code. With Java/Kotlin, you can just click into any method/class and you'll get a useful doc string 99% of the time. With Python, I had to read the (incomplete) documentation.
(But I do agree actually, a good IDE is much better investment than a minimal syntax revision)
Java is a surprisingly expressive language even though it does have a few warts.
I do think there should be a distinction on what is lumped as verbosity. Golang is vertically verbose with its error checking, and Java in my experience is at least more horizontally verbose (long lines).
Java is way too verbose to be workable if I have to write out all of the class declarations and anonymous classes and “equals/hashCode/toString” boilerplate and “ExtremelyLongClassName foo = bar.extremelyLongMethodName(…)”; and there are too many pitfalls like comparing with “==“ instead of “Object.equals” and implicit null. Except that I don’t have to write out anything or worry about any pitfalls (well, implicit null still hits me sometimes, but @NotNull and @Nullable make it much less common) in IntelliJ. IntelliJ has such powerful and seamless analysis, it does aggressive code folding on Java 7 so that you are looking at code with “var”s and lambdas. It also has built-in support for popular libraries like Spring and Lombok.
IntelliJ single-handedly turns Java from a verbose, legacy language into something I could actually recommend and start new projects on (although at that point I usually go with Kotlin). And Eclipse, NetBeans have very deep Java analysis as well. Java may have started off without expecting IDE support but now IDE support is responsible for a large part of its popularity.