executables and can run directly on the computer’s hardware. In contrast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a virtual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny

executables and can run directly on the computer’s hardware. In contrast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a virtual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a virtual machine, but they can now compile source code to native executables longer his­ tory and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a vir­ tual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a virtual machine, but they can now compile source code to native executables longer his­ tory and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a vir­ tual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a vir­ tual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a vir­ tual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a vir­ tual machine, but they can now compile source code to native executables a longer history and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit

executables and can run directly on the computer’s hardware. In con­ trast, languages like Java, Scala, Kotlin, Julia, among others, use a large virtual machine (VM) as an intermediary between the program and executables, and those that are executed on a virtual machine, is not really sharp. For instance, Kotlin and Julia initially ran on a virtual machine, but they can now compile source code to native executables longer his­ tory and some possibly better suited for special purposes, like JavaScript, Dart, or Kotlin for web development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit