Usually, students are not encouraged to run or jump around in the corridor.
Usually
,
students
are
not
encouraged
to
run
or
jump
around
in
the
corridor
.
However, students in a British grammar school really enjoy running on the corridor tiles and their teachers even encourage them to do that.
However
,
students
in
a
British
grammar
school
really
enjoy
running
on
the
corridor
tiles
and
their
teachers
even
encourage
them
to
do
that
.
Why?
Why
?
It is because the corridor was built with special kinetic tiles.
It
is
because
the
corridor
was
built
with
special
kinetic
tiles
.
When students jump on the tiles, electricity will be produced.
When
students
jump
on
the
tiles
,
electricity
will
be
produced
.
After one year, the electricity produced from the tiles can fully charge 853 mobile phones or power an electric car to drive seven miles.
After
one
year
,
the
electricity
produced
from
the
tiles
can
fully
charge
853
mobile
phones
or
power
an
electric
car
to
drive
seven
miles
.
It's amazing, isn't it?
It
's
amazing
,
is
n't
it
?
The corridor tiles are really a brilliant invention.
The
corridor
tiles
are
really
a
brilliant
invention
.
Students cannot only play on the corridor, but also help power the lights in their school corridors and other equipment in their classrooms.
Students
can
not
only
play
on
the
corridor
,
but
also
help
power
the
lights
in
their
school
corridors
and
other
equipment
in
their
classrooms
.
Besides, this is a good way to teach students to be creative.
Besides
,
this
is
a
good
way
to
teach
students
to
be
creative
.
They will be inspired to be scientists, inventors and engineers in the future to find clean energy for all humans.
They
will
be
inspired
to
be
scientists
,
inventors
and
engineers
in
the
future
to
find
clean
energy
for
all
humans
.
The inventor of the magic corridor tiles is Laurence Kemball-Cook.
The
inventor
of
the
magic
corridor
tiles
is
Laurence
Kemball-Cook
.
He was once a student in this school.
He
was
once
a
student
in
this
school
.
Now, he is CEO of his own company.
Now
,
he
is
CEO
of
his
own
company
.
The corridor tiles are not Laurence's only invention.
The
corridor
tiles
are
not
Laurence
's
only
invention
.
He has also invented a special dance floor, which can be used at music festivals.
He
has
also
invented
a
special
dance
floor
,
which
can
be
used
at
music
festivals
.
It allows dancers to charge their mobile phones while they are dancing on the dance floor.
It
allows
dancers
to
charge
their
mobile
phones
while
they
are
dancing
on
the
dance
floor
.
Usually, students are not encouraged to run or jump around in the corridor. However, students in a British grammar school really enjoy running on the corridor tiles and their teachers even encourage them to do that.  Why? It is because the corridor was built with special kinetic tiles. When students jump on the tiles, electricity will be produced. After one year, the electricity produced from the tiles can fully charge 853 mobile phones or power an electric car to drive seven miles. It's amazing, isn't it?  The corridor tiles are really a brilliant invention. Students cannot only play on the corridor, but also help power the lights in their school corridors and other equipment in their classrooms. Besides, this is a good way to teach students to be creative. They will be inspired to be scientists, inventors and engineers in the future to find clean energy for all humans.  The inventor of the magic corridor tiles is Laurence Kemball-Cook. He was once a student in this school. Now, he is CEO of his own company. The corridor tiles are not Laurence's only invention. He has also invented a special dance floor, which can be used at music festivals. It allows dancers to charge their mobile phones while they are dancing on the dance floor.