newer entrants, monetization may lag build-out by quarters or even years. And then there’s the supply chain. Power availability is becoming more of a gating factor. Transformers, substations, turbines infrastructure is heading, it helps to examine the rising tension between AI capability and electrical supply. The growing scale and sophistication of artificial intelligence is demanding an extraordinary gains… AI is already being deployed by energy companies to transform and optimize energy and mineral supply, electricity generation and transmission, and energy consumption (p. 16). Current AI-driven demand

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 89CHAPTER 9. CONTROL FLOW 90 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together:CHAPTER 9. CONTROL FLOW 93 julia> test(x, y) of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 89CHAPTER 9. CONTROL FLOW 90 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together:CHAPTER 9. CONTROL FLOW 93 julia> test(x, y) of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that: